subjectId	Discipline Name	Subject Name	Coordinators	Type	Institute	Content
105101001	Civil Engineering	Advanced Geotechnical Engineering	Dr. B.V.S. Viswanadham	Video	IIT Bombay	Select Lecture 1 Lecture 2 Lecture 3 Lecture 4 Lecture 5 Lecture 6 Lecture 7 Lecture 8 Lecture 9 Lecture 10 Lecture 11 Lecture 12 Lecture 13 Lecture 14 Lecture 15 Lecture 16 Lecture 17 Lecture 18 Lecture 19 Lecture 20 Lecture 21 Lecture 22 Lecture 23 Lecture 24 Lecture 25 Lecture 26 Lecture 27 Lecture 28 Lecture 29 Lecture 30 Lecture 31 Lecture 32 Lecture 33 Lecture 34 Lecture 35 Lecture 36 Lecture 37 Lecture 38 Lecture 39 Lecture 40 Lecture 41 Lecture 42 Lecture 43 Lecture 44 Lecture 45 Lecture 46 Lecture 47 Lecture 48 Lecture 49 Lecture 50 Lecture 51 Lecture 52 Lecture 53 Lecture 54 Lecture 55 Lecture 56 Lecture 57 Lecture 58 Lecture 59 Lecture 60
105101002	Civil Engineering	Advanced Hydrology	Dr. Subhankar Karmakar	Web	IIT Bombay	Select Lecture 1: Weather and hydrologic cycle Lecture 2: Weather and hydrologic cycle (contd.) Lecture 3: Hydrologic losses Lecture 1: Philosophy of mathematical models of watershed hydrology Lecture 2: Philosophy of mathematical models of watershed hydrology (contd.) Lecture 1: Watershed and rainfall-runoff relationship Lecture 2: Watershed and rainfall-runoff relationship (contd.) Lecture 3: Hydrograph analysis Lecture 4: Introduction to unit hydrograph Lecture 5: Derivation of S-curve and discrete convolution equations Lecture 6: Synthetic unit hydrograph Lecture 1: Kinematic wave method Lecture 2: Kinematic overland flow routing Lecture 3: Kinematic channel modeling Lecture 1: Introduction to flood routing Lecture 2: Level pool routing and Modified Pul’s method Lecture 3: Channel routing methods Lecture 4: Hydraulic routing Lecture 1: Reynolds transport theorem and open channel flow Lecture 2: Navier-Stokes and Saint Venant equations Lecture 3: Derivation of momentum equation Lecture 4: Derivation of momentum equation (contd.) Lecture 5: Energy equation and numerical problems Lecture 1: Introduction to probability distribution Lecture 2: Statistical moments Lecture 3: Measures of central tendency and dispersion Lecture 4: Measures of symmetry and correlation Lecture 5: Commonly used distributions in hydrology Lecture 6: Goodness of fit tests Lecture 7: Statistical parameter estimation Lecture 1: Frequency analysis Lecture 2: Markov process and Thomas Fierring model Lecture 3: Markov chain Lecture 4: Data generation Lecture 5: Reliability analysis Lecture 1: Introduction to hydrologic simulation modelling Lecture 2: Steps in watershed modelling Lecture 3: Major hydrologic models-HSPF, HEC and MIKE Lecture 4: MIKE models Lecture 5: Urban flood risk mapping using MOUSE, MIKE 21 and MIKE FLOOD
105101004	Civil Engineering	Introduction to Earthquake Engineering	Dr. R.S. Jangid	Web	IIT Bombay	Select Chapter 1: Seismology Chapter 2: Strong Motion and Estimation of Seismic Hazard Chapter 3: Dynamics of Earthquake Analysis Chapter 4: Response Spectrum Method Chapter 5 : Response Analysis for Multi Support Earthquake Excitation Chapter 6 : Seismic Soil-Structure Interaction Chapter 7: Non-linear Seismic Response of Structures Chapter 8 : Base Isolation for Earthquake-Resistant design References Appendix I Appendix II Appendix III Appendix IV Acknowledgement
105101005	Civil Engineering	Soil Dynamics	Dr. Deepankar Choudhury	Video	IIT Bombay	Select L1-Introduction L2-Degrees of Freedom, SDOF System, Types of Vibrations L3-SDOF System, Types of Vibrations, Free Vibration L4-Problems on Tortional Motion L5-Damped Free Vibrations L6-Damped Free Vibrations, Definition of Critical Damping and problems L7-Decay of Motion L8-Forced Vibrations, Dynamic Magnification Factor L9-Maxwells Diagram of DMF, Discussion on Phase L10-Transmissibility Ratio, Response to Arbitrary, Step and Pulse Excitations L11-Response to Arbitrary, Step and Pulse Excitations, Response to Impact Load L12-Vibration Isolation, Vibrations Measuring Instruments L13-Solutions of Quiz Questions, Multi-Degree of Freedom (MDOF) Systems L14-(MDOF) System : Equation of Motion, Longitudinal Waves in an Infinitely long rod L15-3 Dimensional Wave Propagation, Waves in semi-infinite media, Rayleigh Wave L16-Love Wave, Waves in layered medium, 3D case-Inclined wave, Earthquake Waves L17-Earthquake Waves; P-waves, S-waves, 3 circle method, Estimation of Earthquake Epicentre L18-Stresses in Soil Element, Field Tests, Seismic Reflection Test L19-Seismic Refraction Test, SASW Test, Laboratory & Model Tests L20-Centrifuge Tests Stress Strain Behavior of Cyclically Loaded Soils L21-Estimation of Gmax, Modulus Reduction Curves, Variation of Damping Ratio, Cyclic Plate load Test L22-Liquefaction, Preliminary sceening, Simplified Procedure for Liquefaction L23-Cyclic Stress Ratio, Evaluation of CRR, Correction Factors, Corrections for SPT L24-Becker Penetrometer Test (BPT), Cone Penetrometer Test (CPT), SPT v BPT, SASW Test L25-Types of Machine Foundations, Methods of Analysis, Design of Machine Foundations as per IS:2974 (Part-1)-1969 L26-Tschebotarioff's L27-Problem on Tschebotarioff's method contd., Mass-Spring-Dashpot (MSD) Model L28-MSD Model- Yawing mode of Vibration, Use of MSD model for analysis L29-Problems on Use of MSD Model for Analysis, Rocking mode of Vibrations L30-Torsional Mode/Yawing Mode, Constant Force type excitation, EHS Theory L31-EHS Theory, Vibrational Control L32-Use of EHS Theory for analysis L33-Use of EHS Theory for analysis II L34-Liquefaction mitigation methods,Vibro Compaction,Densification Techniques L35-Soil Improvement methods,Dynamic Compaction,Reinforcement Techniques L36-Force-based Analysis,Dynamic analysis using MSD model L37-Behaviour of Subgrade Soil below Rail Track L38-Quiz
105101006	Civil Engineering	Structural Dynamics	Dr. P. Banerji	Video	IIT Bombay	Select L1-Introduction L2-Inverse Power Method L3-Dynamics of SDOF Structure L4-SDOF Response to Harmonic Loads L5-Response of SDOF Structure to Harmonic Loading L6-Response to Harmonic Loading L7-Response to Harmonic Loading(continue..) L8-Transmissibility & Base Isolation L9-Dynamic Characteristics & Periodic Loading L10-Pulse Loading L11-Pulse Load Response Characteristics & Impulse Loading L12-Frequency Domain Response Analysis L13-Methods of Analysis for General Loading L14-Numerical Analysis of Response of Single Degree of Freedom Structure & Time Domain Approaches L15-Response Analysis of Single Degree of Freedom System for Earthquake Loads L16-Earthquake Response Analysis for Single Degree of Freedom Structures L17-Generalized Single Degree of Freedom Systems Equations of Motions L18-Generalized Single Degree of Freedom Systems Equations of Motions L19-Generalized Single Degree of Freedom Systems Equations of Motions L20-Generalized Single Degree of Freedom Systems Equations of Motion & Free Vibrations L21-Equations of Motion for Multi Degree of Freedom Structures L22-Equations of Motion for Multi Degree of Freedom Systems L23-Multi Degree of Freedom Structure Equations of Motions L24-Multi Degree of Freedom Structure Equations of Motions & Free Vibration L25-Free Vibration for Multi Degree of Freedom Structures L26-Free Vibration for Multi Degree of Freedom Structures L27-Practical Free Vibration Analysis L28-Dynamic Response of Multi Degree of Freedom Systems L29-Dynamic Response of Multi Degree of Freedom Structures L30-Damping for Multi Degree of Freedom Structures L31-Earthquake Response of Multi Degree of Freedom Structures L32-Earthquake Response of Multi Degree of Freedom Structures L33-Dynamic Analysis of Buildings L34-Introduction to Dynamics of Continuous Systems L35-Free Vibration Response of Continuous Systems L36-Free Vibration & Dynamic Response of Continuous Systems L37-Dynamic Response of Continuous Systems L38-Examples for Dynamic Response of Continuous Systems
105101008	Civil Engineering	Traffic Engineering & Management	Dr. Tom V Mathew	Web	IIT Bombay	Select Lecture 01 : Fundamental parameters of traffic flow Lecture 02 : Fundamental relations of traffic flow Lecture 03 : Traffic Stream Models Lecture 04 : Moving observer method Lecture 05 : Measurement at a point Lecture 06 : Measurement over a Short Section Lecture 07 : Measurement Along a Length of Road Lecture 08 : Automated Traffic Measurement Lecture 09 : Intrusive Technologies Lecture 10 : Non-Intrusive Technologies Lecture 11 : Travel Time Data Collection Lecture 12 : Vehicle Arrival Models: Headway Lecture 13 : Vehicle Arrival Models: Count Lecture 14 : Car Following Models Lecture 15 : Lane Changing Models Lecture 16 : Microscopic Traffic Simulation Lecture 17 : Traffic Flow Modeling Analogies Lecture 18 : Cell Transmission Models Lecture 19 : Traffic Progression Models Lecture 20 : Discrete Simulation Models Lecture 21 : Capacity and Level of Service LOS Lecture 22 : Urban Streets Lecture 23 : Multilane Highways Lecture 24 : Freeway Operations Lecture 25 : Ramp Metering Lecture 26 : Corridor Analysis Lecture 27 : Principles of Traffic Control Lecture 28 : Traffic Signs Lecture 29 : Road Markings Lecture 30 : Uncontrolled Intersection Lecture 31 : Channelization Lecture 32 : Traffic Rotary Lecture 33 : Grade Separated Intersection Lecture 34 : Design Principles of Traffic Signal Lecture 35 : Evaluation of a Traffic Signal: Delay Models Lecture 36 : Design Principles of a Traffic Signal Lecture 37 : Capacity and Los Analysis of a Signalized I/S Lecture 38 : Coordinated Traffic Signal Lecture 39 : Vehicle Actuated Signals Lecture 40 : Area Traffic Control Lecture 41 : Parking Studies Lecture 42 : Accident Studies Lecture 43 : Fuel Consumption and Emission Studies Lecture 44 : Congestion Studies Lecture 45 : Queuing Analysis Lecture 46 : Toll Operation Lecture 47 : Pedestrian Studies Lecture 48 : Intelligent Transportation System - I Lecture 49 : Intelligent Transportation System - II Lecture 50 : Advanced ITS
105101010	Civil Engineering	Watershed Management	Dr. T.I. Eldho	Video	IIT Bombay	Select L1-Introduction to Watershed Management L2-Watershed Management & Stakeholder Analysis L3-Watershed Management Policies L4-Sustainable Watershed Management L5-Agricultural Practices & Watershed Management L6-Soil Erosion & Conservation L7-Watershed Management in Arid Regions & Strategic Planning L8-Integrated Water Resources Management L9-Conjuctive Use of Water Resources L10-Rainwater Harvesting System L11-Rainwater Harvesting & Roof Catchment System L12-Watershed Characteristics L13-Watershed Delineation & Modeling L14-Hydrologic Processes L15-Watershed Modeling L16-Hydrologic Modeling L17-Numerical Watershed Modeling L18-Subsurface & Groundwater Flows L19-Social & Community Aspects of Watershed Management L20-Socio-economy, Private Sector Participation & Gender Issues L21-Integrated Development, Water Legislation & Implementation Issues L22-GIS & Applications in Watershed Management L23-Remote Sensing & Applications in Watershed Management L24-Decision Support Systems & Applications in Watershed Management L25-Integrated Watershed Modeling Using Numerical Methods, GIS & Remote Sensing L26-Applications of Knowledge Based Models in Watershed Management L27-Surface Water Quality & Pollution Issues L28-Groundwater Pollution Problems & Transport Processes L29-Water Quality Modeling L30-Environmental Guidelines for Water Quality Management L31-Storm Water Management L32-Urban Drainage System L33-Flood Routing L34-Flood Control & Management L35-Drought Assessment L36-Drought Analysis L37-Drought Mitigation L38-Water Conservation L39-Water Recycling L40-Water Reclaimation & Reuse
105101082	Civil Engineering	Fluid Mechanics	Dr. T.I. Eldho	Video	IIT Bombay	Select Fluid Mechanics Fundamental Concepts of Fluid Flow & Fluid Statics Fluid Statics Fluid Statics Fluid Statics Kinematics of Fluid Flow Kinematics of Fluid Flow Kinematics of Fluid Flow Kinematics of Fluid Flow Kinematics of Fluid Flow Kinematics & Dynamics of Fluid Flow Dynamics of Fluid Flow Dynamics of Fluid Flow Dynamics of Fluid Flow Dynamics of Fluid Flow Dynamics of Fluid Flow Laminar and Turbulent Flows Laminar and Turbulent Flows Laminar and Turbulent Flows Laminar and Turbulent Flows Laminar and Turbulent Flows Laminar and Turbulent Flows Dimensional Analysis Dimensional Analysis Dimensional Analysis Navier-Stocks Equations and Applications Navier-Stocks Equations and Applications Navier-Stocks Equations and Applications Navier-Stocks Equations and Applications Boundary Layer Theory and Applications Boundary Layer Theory and Applications Boundary Layer Theory and Applications Boundary Layer Theory and Applications Boundary Layer Theory and Applications Boundary Layer Theory and Applications Pipe Flow Systems Pipe Flow Systems Pipe Flow Systems Pipe Flow Systems Pipe Flow Systems Pipe Flow Systems Pipe Flow Systems
105101083	Civil Engineering	Foundation Engineering	Dr. Deepankar Choudhury	Web	IIT Bombay	Select Lecture -1 Planning for Subsurface Exploration Lecture -2 Boring Methods of Exploration Lecture -3 Soil samplings and samplers Lecture -4 In-situ tests Lecture -5 Geophysical Exploration Problems & Solutions Lecture -6 Introduction-Different Theories of Earth Pressure Lecture -7 Earth Pressure Theories Lecture -8 Development of Bearing Capacity Theory Lecture -9 Development of Uplift Capacity Lecture -10 Point of Application of Passive Earth Pressure Problems & Solutions-Theory of Earth Pressure Lecture -11 Introduction -Method of Analyses Lecture -12 Limit Equilibrium Lecture -13 Limit Analysis Lecture -14 Methods of Characteristics Lecture -15 Finite Element Method Lecture -16 Different Types of Footings Lecture -17 Bearing capacity Lecture -18 Structural designs of column and footing Lecture -19 Settlement Lecture -20 Introduction-Design of Deep Foundations Lecture -21 Types of pile load test Lecture -22 Ultimate pile capacity Lecture -23 Piles In Sand Lecture -24 Under Reamed Pile Lecture -25 Pile Groups Lecture -26 Introduction -Design of Retaining Structures Lecture -27 Cantilever sheet pile walls Lecture -28 Anchored sheet pile walls Lecture -29 Braced cuts Lecture -30 Dewatering Problems & Solutions of Retaiting Structures Lecture -31 Basics of soil dynamics Lecture -32 Machine foundation Problems & Solutions of Design of Machine Foundations Lecture -33 Introduction-Foundations in difficult ground Lecture -34 Collapsing Soils Lecture -35 Foundations – Design Methodologies Lecture -36 Improvement methods Problems & Solutions of Foundations in difficult ground References
105101084	Civil Engineering	Soil Mechanics	Dr. B.V.S. Viswanadham	Video	IIT Bombay	Select Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Compaction of Soils - I Soil Mechanics Soil Mechanics Compaction of Soils - IV Compaction of Soils - V Compaction of Soils - VI Effective Stress - I Effective Stress - II Effective Stress - III Flow of water through soils - I Flow of water through soils - II Flow of water through soils - III Flow of water through soils - IV Flow of water through soils - V Flow of water through soils - VI Flow of water through soils - VII Flow of water through soils - VIII Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics Soil Mechanics
105101085	Civil Engineering	Structural Analysis I	Dr. R.S. Jangid	Web	IIT Bombay	Select Lecture -1 Introduction Lecture -2 Equilibrium Lecture -3 Constitutive Relations and Compatibility Conditions Lecture -4 Static Indeterminacy of Structures Lecture -5 Symmetry and Antisymmetry Lecture -6 Tutorial Problems Lecture -1 Internal Force on a System Lecture -2 Internal Forces Acting on Typical Structural Members Lecture -3 Axial Force, Shear Force and Bending Moment Lecture -4 Sign Convention and Notations for Internal Forces Lecture -5 Obtaining Internal Forces in a System: General Procedur Lecture -6 Internal Force Diagrams Lecture -7 Internal Force as a Function of x Lecture -8 Internal Force Diagrams for Various Systems Lecture -9 Example for Trusses Lecture -10 Tutorial Problemsrelated to this module Lecture -1 Introduction of Cables Lecture -2 The General Cable Theorem Lecture -3 Application of the General Cable Theorem for Distribute Lecture -4 Examples Lecture -5 Tutorial Problems and Answers Lecture -1 Moment Area Method Lecture -2 Conjugate Beam Method Lecture -3 Principle of Virtual Work Lecture -4 Strain Energy Method Lecture -5 Bending Deflection Due to Temperature Variation Lecture -6 Maxwell-Betti Law of Reciprocal Deflections Lecture -7 Tutorial problems of this module Lecture -1 Analysis of Statically Indeterminate Beams Lecture -2 The Force Method Lecture -3 Analysis of Statically Indeterminate Structures By Ener Lecture -4 Three Moment Equation Lecture -5 Tutotial Problems Lecture -1 Introduction: Variable Loadings Lecture -2 Construction of Influence Lines using Equilibrium Metho Lecture -3 Use of Influence Lines Lecture -4 Using Influence Lines for Uniformly Distributed Load Lecture -5 Müller-Breslau Principle Lecture -6 Tutorial Problems related to this module
105101086	Civil Engineering	Structural Analysis II	Dr. P. Banerji	Video	IIT Bombay	Select Lecture 1 Lecture 2 Lecture 3 Lecture 4 Lecture 5 Lecture 6 Lecture 7 Lecture 8 Lecture 9 Lecture 10 Lecture 11 Lecture 12 Lecture 13 Lecture 14 Lecture 15 Lecture 16 Lecture 17 Lecture 18 Lecture 19 Lecture 20 Lecture 21 Lecture 22 Lecture 23 Lecture 24 Lecture 25 Lecture 26 Lecture 27 Lecture 28 Lecture 29 Lecture 30 Lecture 31 Lecture 32 Lecture 33 Lecture 34 Lecture 35 Lecture 36 Lecture 37 Lecture 38 Lecture 39 Lecture 40
105101087	Civil Engineering	Transportation Engineering I	Dr. Tom V Mathew	Web	IIT Bombay	Select Lecture-1 Introduction to transportation engineering Lecture-2 Introduction to Highway Engineering Lecture-3 Role of transportation in society Lecture-4 Factors affecting transportation Lecture-5 Travel demand modelling Lecture-6 Data collection Lecture-7 Trip generation Lecture-8 Trip distribution Lecture-9 Modal split Lecture-10 Traffic Assignment Lecture-11 Introduction to geometric design Lecture-12 Cross sectional elements Lecture-13 Sight distance Lecture-14 Horizontal alignment Lecture-15 Horizontal alignment II Lecture-16 Horizontal alignment III Lecture-17 Vertical alignment I Lecture-18 Vertical alignment II Lecture-19 Introduction to Pavement design Lecture-20 Factors affecting pavement design Lecture-21 Pavement materials:Soil Lecture-22 Pavement materials:Aggregates Lecture-23 Pavement materials:Bitumen Lecture-24 Bituminous mix design Lecture-25 Dry mix design Lecture-26 Marshal mix design Lecture-27 Flexible pavement design Lecture-28 IRC method of design of flexible pavements Lecture-29 Rigid pavements Lecture-30 Fundamental parameters of traffic flow Lecture-31 Fundamental relations of traffic flow Lecture-32 Traffic data collection Lecture-33 Traffic stream models Lecture-34 Microscopic traffic flow modelling Lecture-35 Capacity and level of service Lecture-36 Traffic signs Lecture-37 Road markings Lecture-38 Parking Lecture-39 Traffic intersections Lecture-40 Traffic rotaries Lecture-41 Traffic signal design-I Lecture-42 Traffic signal design-II
105101134	Civil Engineering	Geotechnical Earthquake Engineering	Dr. Deepankar Choudhury	Video	IIT Bombay	Select L1-Introduction to Geotechnical Earthquake Engineering L2-Introduction to Geotechnical Earthquake Engineering (continued) L3-Basics of Vibration Theory L4-Engineering Seismology part -I L5-Engineering Seismology (continued) part -II L6-Engineering Seismology (continued) part -III L7-Engineering Seismology (continued) part -IV L8-Engineering Seismology (continued) part -V L9-Engineering Seismology (continued) part –VI L10-Strong Ground Motion L11-Strong Ground Motion (continued) part –II L12-Strong Ground Motion (continued) part –III L13-Strong Ground Motion (continued) part –IV L14-Strong Ground Motion (continued) part –V L15-Strong Ground Motion (continued) part –VI L16-Strong Ground Motion (continued) part –VII L17-Wave Propagation L18-Wave Propagation (continued) part –II L19-Wave Propagation (continued) part –III L20-Wave Propagation (continued) part –IV L21-Dynamic Soil Properties L22-Dynamic Soil Properties (continued) Part -II L23-Seismic Hazard Analysis L24-Seismic Hazard Analysis (continued) Part -II L25-Seismic Hazard Analysis (continued) part –III L26-Seismic Hazard Analysis (continued) part –IV L27-Seismic Hazard Analysis (continued) part –V L28-Seismic Hazard Analysis (continued) part –VI L29-Seismic Hazard Analysis (continued) part –VII L30-Seismic Hazard Analysis (continued) part –VIII L31-Site Response Analysis L32-Site Response Analysis (continued) part –II L33-Site Response Analysis (continued) part –III L34-Seismic Analysis and Design of Various Geotechnical Structures L35-Seismic Analysis and Design of Various Geotechnical Structures (continued) part –II L36-Seismic Analysis and Design of Various Geotechnical Structures (continued) part –III L37-Seismic Analysis and Design of Various Geotechnical Structures (continued) part –IV L38-Seismic Analysis and Design of Various Geotechnical Structures (continued) part –V L39-Seismic Analysis and Design of Various Geotechnical Structures (continued) part –VI L40-Seismic Analysis and Design of Various Geotechnical Structures (continued) part –VII L41-Seismic Analysis and Design of Various Geotechnical Structures (continued) part –VIII L42-Quiz L43-Seismic Analysis and Design of Various Geotechnical Structures (continued) part –IX
105101143	Civil Engineering	Geosynthetics Engineering: In Theory and Practice	Prof. J. N. Mandal	Video	IIT Bombay	Select Lecture 1 : Introduction Lecture 2 : Introduction to Reinforced Earth Lecture 3 : Introduction to Reinforced Earth Lecture 4 : Introduction to Reinforced Earth Lecture 5 : Introduction to Reinforced Earth. Lecture 6 : An Overview of Gosynthetics Lecture 7 : An Overview Geosynthetics Part II Lecture 8 : An Overview of Geosynthetics Part III Lecture 9 : An Overview of Gosynthetics Lecture 10 : Geosynthetic Properties and Test Methods Lecture 11 : Geosynthetic Properties and Test Methods Lecture 12 : Geosynthetic Properties and Test Methods Lecture 13 : Geosynthetic Properties and Test Methods Lecture 14 : Geosynthetic Properties and Test Methods Lecture 15 : Geosynthetic in Filtration, Drainage and Erosion Control Lecture 16 : Geosynthetic in Filtration, Drainage and Erosion Control Lecture 17 : Geosynthetic in Filtration, Drainage and Erosion Control Lecture 18 : Geosynthetic in Filtration, Drainage and Erosion Control Lecture 19 : Geosynthetic in Filtration, Drainage and Erosion Control Lecture 20 : Geosynthetic in pavements Lecture 21 : Geosynthetic in pavements Lecture 22 : Geosynthetic in pavements Lecture 23 : Geosynthetic in pavements Lecture 24 : Geosynthetic in pavements Lecture 25 : Geosynthetic in pavements Lecture 26 : Geosynthetics for Reinforced Soil Retaining Walls Lecture 27 : Geosynthetics for Reinforced Soil Retaining Walls Lecture 28 : Geosynthetics for Reinfroced Soil Retaining Walls Lecture 29 : Geosynthetics for Reinforced Soil Retaining Walls Lecture 30: Geosynthetics for Reinforced Soil Retaining Walls Lecture 31: Geosynthetics for Reinforced Soil Retaining Walls Lecture 32: Geosynthetics for Reinforced Soil Retaining Walls Lecture 33: Geosynthetics for Reinforced Soil Retaining Walls Lecture 34: Geosynthetics for Reinforced Soil Retaining Walls Lecture 35: Geosynthetics for Reinforced Soil Retaining Walls Lecture 36 : Geosynthetic for Steep Slopes Lecture 37 : Geosynthetic for Steep Slopes Lecture 38 : Geosynthetic for Steep Slopes Lecture 39 : Geosynthetic for Steep Slopes Lecture 40 : Geosynthetic for Embankments on Soft Foundations Lecture 41 : Geosynthetic for Embankments on Soft Foundations Lecture 42 : Geosynthetic for Embankments on Soft Foundations Lecture 43 : Geosynthetic for Ground Improvement Lecture 44 : Geosynthetic for Ground Improvement Lecture 45 : Geosynthetic for Ground Improvement Lecture 46 : Geosynthetic for Ground Improvement Lecture 47 : Geosynthetic for Ground Improvement Lecture 48 : Geosynthetic for Ground Improvement Lecture 49 : Geosynthetic for Ground Improvement Lecture 50 : Geosynthetic for Improvement in Bearing Capacity Lecture 51 : Designing with Geotextile Tube Lecture 52 : Designing with Geotextile Tube Lecture 53 : Design of Geosynthetic for Landfills Lecture 54 : Design of Geosynthetic for Landfills Lecture 55 : Design of Geosynthetic for Landfill Lecture 56 : Design of Geosynthetic for Landfill Lecture 57 : Design of Geosynthetic for Landfill Lecture 58 : Designing With Geofoam Lecture 59 : Designing With Geofoam Lecture 60 : Designing With Geofoam Lecture 61 : Designing With Geofoam Lecture 62 : Designing With Geofoam Lecture 63 : Designing With Geofoam
105101160	Civil Engineering	NOC:Geotechnical engineering laboratory	Prof. J. N. Mandal	Video	IIT Bombay	Select Lecture 1: Soil Processing Lecture 2: Specific Gravity and Field Density Lecture 3: Field Density Lecture 4: Grain Size Analysis Lecture 5: Grain Size Analysis (contd..) Lecture 6: Grain Size Analysis (contd..) Lecture 7: Atterberg Limit Lecture 8: Compaction Lecture 9: Compaction (contd..) Lecture 10: Compaction (contd..) Lecture 11: Compaction and Permeability Lecture 12: Permeability Lecture 13: Permeability and Shear Strength Lecture 14: Shear Strength Lecture 15: Shear Strength (contd..) Lecture 16: Shear Strength (contd..) Lecture 17: Shear Strength (contd..) Lecture 18: Shear Strength (contd..) Lecture 19: Shear Strength (contd..) Lecture 20: Consolidation Lecture 21: Consolidation (contd..) Lecture 22: Consolidation (contd..)
105102012	Civil Engineering	Concrete Technology	Dr. B. Bhattacharjee	Video	IIT Delhi	Select Production and Composition Structure and Hydration Structure and Hydration. Properties and Tests Types and Use Aggregates (Size , Shape) Packing, FM,SM Properties Chemical Admixtures Chemical Admixtures. Mineral Admixtures Mineral Admixtures. Mineral Admixtures.. Mix Proportioning of Concrete: General Principles Mix design of Concrete: General and IS Method Mix Design of Concrete:Is Example and British (DOE) Method Mix Design of concrete: ACI 211 Method Mix Design of concrete:Packing Density, Rheology Batching and Mixing of concrete: General Principles RMC and Transporting Concrete Workability and Pumping of Concrete Compaction and Curing Concrete Strength of Concrete: Factors Affecting Strength of Concrete: Aggregate Contribution Strength of Concrete: Factors Affecting Test Results Mechanical Properties of Concrete:Elastic Moduls, Poision'Ratio,Fatigue, Impact Creep of Concrete Creep and Shrinkage of Concrete Shrinkage of Concrete Shrinkage of Concrete. Fundamental Concepts, Degradation Process, Attacks Frost Action and Rebar Corrosion Carbonation and Chloride Affect Rebar Corrosion Rebar Corrosion and General Strateggy High Strength Concrete High Strength Matrics and SCC Self Compacting Concrete Fiber Concrete Fiber and Roller Compacted Concrete Special Concrete and Sustainability
105102015	Civil Engineering	G.I.S in Civil Engineering	Dr. A.K. Gosain	Web	IIT Delhi	Select Introduction to GIS History of GIS Early development in GIS Applications of GIS Introduction Web GIS OGC and Web Services Local Methods of Interpolation Global Methods of Interpolation Interpolation Distribution Map Toposheet Indexing Data Presentation Map Desigining Map Layout introduction:Cartographic Principles Raster data spatial analysis Network Analysis Vector Operations and Analysis- Multiple Theme Vector Operations and Analysis- Single Theme introduction: Spatial analysis Data Editing Secondary Data Primary Data Geodatabase and Metadata Raster Data Structure Vector Data Structure GIS Data Model introduction: Data Models and Data Structures Normalization Database Structure Models Entity Relationship Model Database Management System Data Storage introduction: Spatial DBMS Georeferencing Transformation Map Projection Coordinate System Understanding Earth Map and Globe Type of Maps Map Scale History of Maps intorduction :Map and Map Scale Lab Exercise: introduction of GIS Lab Exercise : Georeferencing and Projection Lab Exercise: Spatial DBMS Lab Exercise: Data models and Data structures Lab Exercise: Spatial data input and editing Lab Exercise: Spatial analysis Lab Exercise: Cartographic principles and design Lab Exercise: Interpolation
105102016	Civil Engineering	Seismic Analysis of Structures	Dr. Ashok Gupta	Video	IIT Delhi	Select Seismology Seismology Contd. Seismology Contd.. Seismology Contd... Seismic Inputs Seismic Inputs Contd. Seismic Inputs Contd.. Seismic Inputs Contd.... Response Analysis for Specified Ground Motion Response Analysis for Specified Ground Motion Contd. Response Analysis for Specified Ground Motion Contd.. Response Analysis for Specified Ground Motion Contd.... Response Analysis for Specified Ground Motion Contd..... Response Analysis for Specified Ground Motion Contd...... Frequency Domain Spectral Analysis Frequency Domain Spectral Analysis. Frequency Domain Spectral Analysis Contd... Frequency Domain Spectral Analysis contd.... Frequency Domain Spectral Analysis contd..... Response Spectrum Method of Analysis Response Spectrum Method of Analysis. Response Spectrum Method of Analysis Contd. Response Spectrum Method of Analysis Contd... Response Spectrum Method of Analysis Contd.... Inelastic Seismic Response of Structures Inelastic Seismic Response of Structures Contd. Inelastic Seismic Response of Structures Contd... Inelastic Seismic Response of Structures Contd..... Inelastic Seismic Response of Structures Contd...... Inelastic Seismic Response of Structures Contd.......
105102088	Civil Engineering	Civil Engineering - Building materials and Construction	Dr. B. Bhattacharjee	Video	IIT Delhi	Select Functions Of Buildings Role Of Material In Construction Concrete:Material Concrete Production Contd.. Concrete Production Contd. Concrete:Production Pumping, Placing Concrete:Production Curing Cement: Hydration Cement and Cementitious Material Fresh Concrete Fresh Concrete: Role of Mix Parameters Fresh Concrete : Role of Admixtures Fresh Concrete : Segregation Bleeding Strength of Concrete I Strength of Concrete II Strength of Concrete III Mechanical Properties of Concrete I Mechanical Properties of Concrete II Strength of Concrete : Non Destructive Durability of Concrete I Durability of Concrete II Durability of Concrete III Cement Aggregate and Water Selection Mix Design of Concrete Mix Design Of concrete IS Method Mix Design Of Concrete: British Masonry : Materials Masonry : Walls Masonry : Walls; Resistance I Masonry : Walls; Resistance Walls : Functional Performances Walls : Defects and Durability Metals Fundamentals Metals and Iron Systems Steel: Uses in Construction Steel : Uses in Rebar Polymer in Construction Polymer in Construction : Uses Glass and Timber : Glass Glass and Timber: Timber Roof and Floor Construction
105102089	Civil Engineering	Environmental Air Pollution	Prof. Mukesh Khare	Web	IIT Delhi	Select History of air pollution Air pollution: Definition & Types Air pollutant Ambient Air pollution Monitoring Stack Monitoring Experimental Analysis Air pollution effects Air pollution control & its principles Air pollution meterology Fundamentals of air quality modeling Indoor air pollution: Sources, types & effects Global warming Photo chemical Smog Ozone problem Acid rain
105102090	Civil Engineering	Mechanics of Solids	Prof. Y. Nath	Web	IIT Delhi	Select Introduction Equilibrium Transformation Equilibrium 2 General Transformation Analysis of Stresses General Transformation 2 General Transformation 3 Analysis of Strain Hooke's law Uniaxial Pure Torsion Spring Closed Coil Pure bending of thin beam Engg Problem definition Composite Beam Bucking Combined stresses Energy Method Theories of failure
105102159	Civil Engineering	Water Management	Dr. A.K. Gosain	Video	IIT Delhi	Select Drip Irrigation System - IV Drip Irrigation System - III Drip Irrigation System - II Drip Irrigation System - I Sprinkler Irrigation System - VIII Sprinkler Irrigation System - VII Sprinkler Irrigation System - VI Sprinkler Irrigation System - V Sprinkler Irrigation System - IV Sprinkler Irrigation System - III Sprinkler Irrigation System - II Sprinkler Irrigation System - I Furrow Irrigation System - IV Furrow Irrigation System - III Furrow Irrigation System - II Furrow Irrigation System - I Border Irrigation System - IV Border Irrigation System - III Border Irrigation System - II Border Irrigation System - I Irrigation Methods and their Suitability Irrigation Methods - VI Irrigation Methods - V Irrigation Methods - IV Irrigation Methods - III Irrigation Efficiencies - II and Irrigation Methods and their Suitability Irrigation Efficiencies - Part 1 Crop. Water Requirements (continue) Crop. Water Requirements (Continued) Crop. Water Requirements (Contd.) Crop Water Requirements Continued Crop Water Requirements (Continued) Crop Water Requirements (Contd.) Crop Water Requirements Soil - Water - Plant Relationships (Contd.) & Infiltration Soil- Water - Plant Relationships (Continue) Soil - Water- Plant Relationships (Continued) Soil - Water - Plant Relationships (Contd.) Soil – Water - Plant Relationships Introduction to Irrigation Water Management
105102160	Civil Engineering	NOC:Geoenvironmental Engineering (Environmental Geotechnology): Landfills, Slurry Ponds & Contaminated Sites	Prof. Manoj Datta	Video	IIT Delhi	Select Liners for Landfills - Part 1 Liners for Landfills - Part 2 Liners for Landfills - Part 3 Covers for Landfills - Part 1 Covers for Landfills - Part 2 Generation and Control of Leachate Generation and Control of Landfill Gas Stability of Slopes - Part 1 Stability of Slopes- Part 2 Stability of Slopes- Part 3 Introduction to Geoenvironmental Engineering Sources & Impact of Contamination Waste-Soil Interaction Solid Waste Generation and Disposal Waste Minimization by Integrated Solid Waste Management (ISWM) Integrated Solid Waste Management (ISWM) - Case Studies Planning of Landfills - Part 1 Liners for Landfills - Part 4 Principles of Landfilling Planning of Landfills - Part 2 Slurry Disposal on Land Disposal of Slurry Waste in Ponds & Impoundments and Dry Waste in Mounds Geotechnical Properties of Coal Ash & Mine Tailings - Part 1 Geotechnical Properties of Coal Ash & Mine Tailings - Part 2 Cost of Geotechnical Components of Landfills Construction and Operation of Landfills Site Selection for Landfills Some Solved Examples Control and Remedial Measures at Contaminated Sites - Part 2 Closure, Rehabilitation and Expansion of MSW Landfills Control and Remedial Measures at Contaminated Sites - Part 1 Subsurface Monitoring Around Landfills - Part 1 Subsurface Monitoring Around Landfills - Part 2 Planning & Design of Slurry Ponds Stability of Incrementally Raised Embankments- Part 1 Stability of Incrementally Raised Embankments- Part 2 Remedial Measures for Slope Failures in Embankments / Dykes of Slurry Ponds Environmental Control at Slurry Ponds Geotechnical Reuse of Waste Materials- Part 1 Geotechnical Reuse of Waste Materials- Part 2 End-of-the-Course Review
105103021	Civil Engineering	Advanced Hydraulics	Dr. Suresh A Kartha	Video	IIT Guwahati	Select Introduction - advanced hydraulics & course structure Various classifications of open channel flows Flow classifications & velocity distribution Pressure distribution Equation of continuity & energy Specific energy & critical flow Energy, momentum & specific force Computation of critical flow part -1 Critical flow computations Introduction to uniform flow Manning's equation and normal depth Uniform Flow Computations - part 1 Uniform flow in compound sections, concept of normal slope Uniform flow approximation for flood discharge Design of channels for uniform flow Design of channels using uniform flow Design of erodible channels Introduction to gradually varied flows Gradually varied flow equations Classification of gradually varied flow - part 1 Classification of gradually varied flow - part 2 Gradually varied flow profiles with change in bed slopes GVF profile properties and transitional depths Gradually varied flow computations - part 1 Gradually varied flow computations RK method - part 2 Standard step method for gradually varied flow computations Spatially varied flow Features on spatially varied flow Rapidly varied flow - introduction Theoretical aspects of hydraulic jump Characteristics of jumps in rectangular channel Features of hydraulic jumps Jumps as energy dissipators Jump controls Surges (1) Surges (2) Channel transitions Channel transitions - part 2 Channel transition - part 3 Application of momentum principles Pumps - 1 Turbines - part 3 (pumps, turbines) Turbines, cavitation
105103023	Civil Engineering	Construction Economics & Finance	Dr. Bulu Pradhan	Web	IIT Guwahati	Select Basic principles Equivalence Cash flow diagram Single payment present worth factor (SPPWF) Uniform series compound amount factor Cash flow involving arithmetic gradient payments or receipts Arithmetic gradient Cash flow involving geometric gradient series Comparison of alternatives Comparison by present worth method-I Comparison by present worth method-II Comparison of alternatives by future worth method Comparison by future worth method Comparison of alternatives by annual worth method Comparison by annual worth method Rate of return Incremental Rate of return-I Incremental Rate of return-II Capitalized cost analysis-I Capitalized cost analysis-II Benefit-cost analysis Incremental benefit-cost ratio analysis Breakeven analysis Breakeven analysis for two and more than two alternatives Depreciation-I Depreciation -II Switching between different depreciation methods Inflation Equivalent worth calculation including the effect of inflation Equipment costs Operating cost Buy, Rent and Lease Options Replacement Analysis -I Replacement Analysis – II Cost Estimating Types of Estimates Approximate estimates Parametric estimate Financial management Chart of accounts Balance sheet Financial ratios Working capital management Assignment
105103025	Civil Engineering	Geo-environmental Engineering	Dr. S. Sreedeep	Web	IIT Guwahati	Select Scope of geoenvironmental engineering Multidisciplinary aspects of geoenvironmental engineering Case histories Soil mineralogy and its significance Soil-water interaction Diffused double layer Cation exchange capacity Quantification of soil water Hydrologic horizons Basic concepts of unsaturated soil Soil-water-contaminant interactions and its implications Evolution of waste containment facilities and disposal practices Landfills Methods for landfill site selection Design of landfills Engineered containment landfills Design philosophy of compacted liner Determination of diffusion coefficient Contaminated site characterization and risk assessment Physico-chemical methods of remediation Other methods of remediation Examples of in-situ remediation Soil contaminant analysis and Electrical property of soil Measurement of electrical property Thermal property of soil Water content and permeability measurements Ground Penetrating Radar for site evaluation Introduction to geotechnical centrifuge modelling Problems: Module 1 Problems: Module 2 Problems: Module 3 Problems: Module 4 Problems: Module 5
105103026	Civil Engineering	Ground Water Hydrology	Dr. Rajib K. Bhattacharjya	Web	IIT Guwahati	Select Introduction to groundwater hydrology 1 Introduction to groundwater hydrology 2 Darcy’s law Extension of Darcy’s Law Equivalent Hydraulic Conductivity Aquifer Transmissivity Storage coefficients Dupuit Approximation for Phreatic Aquifer Flow through unconfined horizontal stratified aquifer Governing equation for flow through porous medium Governing equation for leaky aquifer Governing equation for three-dimensional flow in porous medium Solution of the flow equation Solution of 2D steady flow problem in a confined aquifer Governing equation for radial flow in an aquifer Solution of steady flow problem of confined and unconfined aquifer Solution unsteady flow problem of confined aquifer Time drawdown relations for constant, discrete and variable pumping scenarios Solution unsteady flow problem of unconfined aquifer and leaky confined aquifer Partially penetrated well and change in hydraulic properties near a well Multiple well system and well near aquifer boundary Estimation of aquifer parameters Introduction to Groundwater management models Solution of groundwater management model (part I) Management of potential aquifers (part II) Solution of groundwater management problem using excel solver Groundwater inverse modeling using excel Safe yield and stream-aquifer interaction Artificial recharge Estimation of groundwater recharge Introduction Advection-dispersion equation for solute transport in porous media Analytical solution of diffusion equation Analytical solution of diffusion equation for 2D and 3D system Solution of diffusion equation for distributed and continuous source Analytical solution of one dimensional advection diffusion equation Solution of Advection-Diffusion equation using Matlab Retardation of solutes 1 Retardation of solutes 2 Solution of Diffusion equation using finite difference Reference 1 Reference 2 Reference 3 Reference 4
105103027	Civil Engineering	Probability Methods in Civil Engineering	Dr. C. Mallikarjuna	Web	IIT Guwahati	Select Variability in the data Applications in Civil Engineering Random Events and Graphical description of the data Numerical description of the data Numerical description of the grouped data Introduction to probability: Sample space, event space and events Theory of sets Various approaches to probability Conditional probability, total probability and Baye’s theorem Definition, Types of random variables; Discrete random variables Continuous random variables: pdf and cdf Characteristics of random variables Moment generating function; Multiple random variables and Joint distribution of two random variables Conditional probability functions Bernoulli and Binomial distributions Geometric distributions Poisson and negative binomial distributions Applications of Poisson and Pascal distributions Continuous distributions; Uniform distribution. Applications of negative exponential distribution Normal distribution, Central limit theorem Normal distribution and its applications Lognormal and Gamma distributions Gamma distribution and its applications Erlang and Pearson Type III distributions Extreme Value distributions Random samples, statistics, and sampling distributions z and t- distributions Chi-square and F-distributions Parameter estimation Confidence interval for the population parameters-I Confidence interval for the population parameters-II Hypotheses and Types of errors Hypotheses formulation and testing Hypotheses testing on population mean Hypotheses testing on two population means Goodness of fit testing Regression analysis-I Regression analysis-II Regression analysis III
105103093	Civil Engineering	Construction Planning and Management	Prof. Arbind Kumar Singh	Web	IIT Guwahati	Select Overview General Grouping Some useful terms Life Cycle Construction as industry Challenges in construction Learning Requirement of Construction Industry Various Parties involved Contracts Type of contracts Stages of awarding contract Disputes and Arbitrations Estimation Rate analysis Measurement in civil engineering Project planning Activity Time Event Quality in construction Safety in construction Earthwork drilling and blasting Tunneling piling dewatering concreting IT in construction Database Management system Spatial data management Communication and computer network
105103095	Civil Engineering	Fluid Mechanics	Dr. N. Sahoo	Web	IIT Guwahati	Select Fluid continum Fluid as a continuum Properties of fluid viscosity Surface Tension Capillarity Vapour Pressure System and control volume Pressure Pascal's Law Basic equations of fluid statics Pressure variations Pressure Measuring Devices Inclined Manometer Hydrostatic force on submerged surfaces Hydrostatic force on a Curved Submerged surface Buoyancy Buoyant force in a layered fluid Stability Computation of the Metacentric Height Liquids in Rigid Body Motion Uniform acceleration of a liquid container Liquid in Rigid body motion part-II Cylinder liquid-filled container Introduction Types of Fluid Flow Laminar and Turbulent flow Velocity Field The Acceleration field Deformation of fluid particles Rotation Linear deformation The Reynolds Transport Theorem One- dimensional fixed control volume Arbitrary Fixed Control Volume Basic equn -Integration Energy Equation (Conservation of energy) Energy loss of fluid Experiment Test Rig - Losses in Piping system Presentation of experimental data Conclusion Practical appln of Bernoulli's equn Bernoulli's equn contd.. Experiemental Test RIG - Venturi Meter Experimental procedure Conclusion Irrotational Flow,Stream Function and velocity Potential Basic Plane Potential flows Flow Through Mouthpiece Flow Over Notches and weirs Open Channle Flow Uniform Depth open Channel flow specific Energy And Critical Depth General Characteristics of Pipe Flow Turbulent Flow Through Pipes Dimensional Analysis Pi Theorem Dimenional Numbers Typical Model Studies Solved problems-Properties of fluid Solved problems-Surface Tension Solved problems-Vapour Pressure Solved problems-Basic equations of fluid statics Solved problems-Pressure Measuring Devices Solved problems-Hydrostatic force on submerged surfaces Solved problems-Buoyancy Solved problems-Stability Solved problems-Liquids in Rigid Body Motion Solved problems-Liquid in Rigid body motion part-II Solved problems-Introduction Solved problems-The Reynolds Transport Theorem Solved problems-Basic equn -Integration Exercices-Basic equn -Integration Solved problems-Energy Equation (Conservation of energy) Exercises-Energy Equation (Conservation of energy) Solved problems-Energy loss of fluid Exercises-Energy loss of fluid Solved problems-Practical appln of Bernoulli's equn Exercises-Practical appln of Bernoulli's equn Solved problems-Bernoulli's equn contd.. Exercises-Bernoulli's equn contd.. Solved problems-Irrotational Flow,Stream Function and velocity Potential Exercises-Irrotational Flow,Stream Function and velocity Potential Solved problems-Basic Plane Potential flows Exercises-Basic Plane Potential flows Solved problems-Flow Through Mouthpiece Exercises-Flow Through Mouthpiece Solved problems-Flow Over Notches and weirs Exercises-Flow Over Notches and weirs Solved problems-Open Channle Flow Exercises-Open Channle Flow Solved problems-Uniform Depth open Channel flow Exercises-Uniform Depth open Channel flow Solved problems-specific Energy And Critical Depth Exercises-specific Energy And Critical Depth Solved problems-General Characteristics of Pipe Flow Exercises-General Characteristics of Pipe Flow Solved problems-Turbulent Flow Through Pipes Exercises-Turbulent Flow Through Pipes References-Dynamics of fluid flow References-Dimensional Analysis and Hydraulic similitude
105103096	Civil Engineering	Hydraulics	Prof. Arup Kumar Sharma	Video	IIT Guwahati	Select Introduction to Hydraulics Open Channel Hydraulic Part - 1 Open Channel Hydraulics Part - 2 Velocity and Pressure Distribution Practical use of velocity co-efficient in channel flow Conservation Principles & ioioGoverning Equations Uniform Flow Uniform Flow Formula Computation of Uniform Flow Part - 1 Computation of Uniform Flow Part - 2 Uniform Flow in Mobile Boundary Channel Incipient Motion Condition and Regime of Flow Concept of Specific Energy Computation of Critical Depth Specific Force, Critical Depth & Sequent Depth Non-uniform Flow: Gradually Varied Flow Classification of Gradually Varied Flow Characteristic of Gradually Varied Flow Characteristic of Gradually Varied Flow & its Computation Gradually Varied Flow & its Computation Computation of Gradually Varied Flow Gradually Varied Flow: Numerical Methods and Problem Solving Rapidly Varied Flow: Hydraulic Jump Hydraulic Jump Flow Over Hump and Channel Contraction Canal Design - 1 Canal Design - 2 Design of Alluvial Channel Design of Alluvial Channel - 2 Design of Alluvial Channel - 3 Unsteady Flow: Waves and its Classification Unsteady Flow Part - 2 Unsteady Flow Part - 3 Pipe Flow: Friction Loss Pipe Flow: Losses in Pipes Pipe in Series & Parallel Pipe Network Analysis Water Hammer & Surge Tank Pipe Flow Friction Loss Pipe Flow: Losses in Pipe
105103097	Civil Engineering	Soil Mechanics	Prof. Baleshwar Singh	Web	IIT Guwahati	Select Introduction to soil Mechanics Formation of soils Soil Types Phase Relations of Soils Three Phase Systems Volume Relations Weight Relations Inter-Relations Soil Classification Particle Size Distribution Grain-Size Distribution Curve Grading Characteristics Consistency of Soils Indian Standard Soil Classification System Formation of Clay Minerals Structure of Clay Minerals Two Layer Sheet Minerals Three Layer Sheet Minerals Fine Soil Fabric Stresses in the Ground Principle of Effective Stress Effective Stress in Unsaturated Zone Effective Stress Under Hydrodynamic Conditions The Importance of Effective Stress Permeability of Soils Darcy's law Permeability of Different Soils Factors Affecting Permeability Laboratory Measurement of Permeability Field Tests for Permeability Permeability of Stratified Deposits Seepage in Soils One Dimensional Flow Two-dimensional Flow Procedure for Drawing Flownets Uses of Flow-Nets Compression and Consolidation of Soils Compressibility Characteristics Normally Consolidated and Over-Consolidated Clays Estimation of PreConsolidation Stress Analysis of Consolidation - Terzaghi's Theory Solution of Terzaghi's Theory Shear Strength of Soils Mohr-Coulomb Failure Criterion Direct Shear Test Triaxial Test Total Stress Strength Parameters Effective Stress Strength Parameters Pore Water Pressure Parameters Stress-Strain Behaviour of Sands Compaction of Soils Dry Density - Water Content Relationship Compaction of Cohesionless Soils Engineering Behaviour of Compacted Soils Field Compaction and Specifications
105103133	Civil Engineering	Financing Infrastructure Projects	Dr. Laishram Boeing Singh	Web	IIT Guwahati	Select Infrastructure development and economic growth Sources Of Financing Infrastructure Projects Limitations Of Traditional Procurement Process Infrastructure Development Through PPP Route Stakeholders' Perspectives Governments' Roles In Successful PPP Projects BOT Appraisal BOT Appraisal Framework Value For Money Assessment PPP Procurement Process PPP Contractual Package PPP Procurement Process In India Concession Design And Award Concession Design Price Setting Price Adjustment Termination And Compensation Force Maejure And Unforseen Events Performance targets, penalties and bonuses Dispute Settlement Concession Award Process Concession Award - Bidding Evaluation And Bidding Rules Model Concession Agreement Risks Associated With Various Infrastructure Projects Risk Management Risk Identification Risk Assessment Risk Allocation Risk Mitigation Risk Allocation Framework - PPP Road Projects In India Introduction To Project Finance Project Financing Process Project Finance - Security Package Preparing Financing Plan Financial Modeling Financial Evaluation Lending Institutions In India Bonds And Bond Valuation Bonds Financing For Infrastructure Projects – Introduction Rating Methodologies - Domestic Credit Rating Agencies
105103139	Civil Engineering	Unsaturated Soil Mechanics	Dr. Tadikonda Venkata Bharat	Web	IIT Guwahati	Select Introduction Motivation for unsaturated soil mechanics Applications Associated with Unsaturated Soils Fundamental Principles State Variables and Material constants State Variables and Material Constants (Continued) Thermodynamic equilibrium between free water and air Soil hydraulic characteristics Soil hydraulic characteristics (Continued) Water retention mechanism in soils Hydraulic Conductivity Measuring and modeling: Soil Hydraulic Characteristics Measuring and modeling: Soil Hydraulic Characteristics(Continued) Suction measurement Suction measurement -I Suction measurement -II Suction measurement -III Measurement of total suction and hydraulic conductivity Measurement of hydraulic conductivity-I Measurement of hydraulic conductivity -II Modeling of soil hydraulic characteristics Flow through unsaturated soils I Flow through unsaturated soils II Transient Flow Shear Strength Stresses in unsaturated soils Measurement of the shear strength-I Measurement of the shear strength-II Measurement of Bishop’s effective stress parameter Extended M-C criterion by Fredlund Estimation of extended M-C parameters-I Estimation of extended M-C parameters -II Estimation of extended M-C parameters -III Estimation of extended M-C parameters -IV Nonlinearity in the extended M-C failure envelope Empirical relations for predicting shear strength Swelling and Collapse behavior Methods of testing Swelling Pressure Questions-1 Questions-2 Determination of Water Diffusivity
105103140	Civil Engineering	Structural Reliability	Dr. Arunasis Chakraborty	Web	IIT Guwahati	Select Introduction Structural Reliability Basic Statistics Theory of Probability Theory of Probability(Contd.) Algebra of Variance Prob. Distributions Hypothesis Testing Concept of Limit State & Reliability FORM FORM (Contd.1) FORM (Contd.2) FORM (Contd.3) Mod. Rack. Algo & Nataf Model SORM Monte-Carlo Methods Monte-Carlo Methods (Contd.) Latin Hypercube Sampling Variance Reduction Technique & Importance Sampling Adaptive Sampling Subset Simulation Subset Simulation (Contd.) RSM RSM (Contd.) ARSM SRSM SRSM (Contd.1) SRSM (Contd.2) SRSM (Contd.3) Stochastic Models of Loads Partial Safety Factors Safety Checking Format System Reliability System Reliability (Contd.) Fatigue Reliability Time Dependent Reliability RBDO RBDO (Contd.1) RBDO (Contd.2) SFEM Matlab-ANSYS Batch Analysis Matlab-ANSYS Batch Analysis (Contd.1) Matlab-ANSYS Batch Analysis (Contd.2) Appendix Appendix (Contd.1) Appendix (Contd.2) Bibliography Assignments
105104029	Civil Engineering	Advanced Hydrology	Dr. Ashu Jain	Video	IIT Kanpur	Select lecture-01 lecture-02 lecture-03 lecture-04 lecture-05 lecture-06 lecture-07 lecture-08 lecture-09 lecture-10 lecture-11 lecture-12 lecture-13 lecture-14 lecture-15 lecture-16 lecture-17 lecture-18 lecture-19 lecture-20 lecture-21 lecture-22 lecture-23 lecture-24 lecture-25 lecture-26 lecture-27 lecture-28 lecture-29 lecture-30 lecture-31 lecture-32 lecture-33 lecture-34 lecture-35 lecture-36 lecture-37 lecture-38 lecture-39 lecture-40 lecture-41 lecture-42 lecture-43 lecture-44
105104030	Civil Engineering	Concrete Engineering and Technology	Dr. Sudhir Misra	Video	IIT Kanpur	Select Lecture-01 Introduction and course overview Lecture-02 Constituents of concrete (Part 1 of 2) Lecture-03 Constituents of concrete (Part 2 of 2) Lecture-04 Admixtures in concrete – mineral and chemical Lecture-05 Hydration of cement Lecture-06 Basic properties of concrete Lecture-07 Proportioning of concrete mixes (Part 1 of 3) Lecture-08 Proportioning of concrete mixes (Part 2 of 3) Lecture-09 Proportioning of concrete mixes (Part 3 of 3) Lecture-10 Pores and porosity in concrete Lecture-11 Porosimetry – measuring pores in concrete Lecture-12 Principles of quality control in concrete construction Lecture-13 Quality control and acceptance criteria for concrete based on compressive strength Lecture-14 Fibre reinforced concrete Lecture-15 High strength concrete Lecture-16 Mass concrete (Part 1 of 2) Lecture-17 Mass concrete (Part 2 of 2) Lecture-18 Concreting in cold weather Lecture-19 Concreting in hot weather Lecture-20 Roller compacted concrete Lecture-21 Self-compacting concrete Lecture-22 Testing self-compacting concrete Lecture-23 Shotcrete and underwater concrete Lecture-24 Alkali – aggregate reaction (Part 1 of 2) Lecture-25 Alkali – aggregate reaction (Part 2 of 2) Lecture-26 Reinforcement corrosion in concrete Lecture-27 Chloride penetration in concrete Lecture-28 Using epoxy-coated bars in concrete structures Lecture-29 Using FRP as reinforcement in concrete structures (Part 1 of 2) Lecture-30 Using FRP as reinforcement in concrete structures (Part 2 of 2) Lecture-31 Grouting and importance of formwork in concrete construction Lecture-32 Carbonation and freezing & thawing in concrete structures Lecture-33 Using recycled aggregates in concrete construction Lecture-34 Basic non-destructive testing for concrete structures Lecture-35 Measuring permeability in concrete Lecture-36 Some additional topics Lecture-37 Considerations in repair of concrete structures (Part 1 of 2) Lecture-38 Considerations in repair of concrete structures (Part 2 of 2) Lecture-39 Laboratory demonstration Lecture-40 Review of the course
105104034	Civil Engineering	Ground Improvement Techniques	Dr. Nihar Ranjan Patra	Web	IIT Kanpur	Select Classification of Ground modification Techniques Introduction to Mechanical Modifications Mechanical Modifications Special Techniques Stone columns Design problem of Stone column (part I) Design problem of Stone column (part II) Failure Mechanism and group of stone columns Methods of construction of Granular Piles Introduction to preloading and vertical drains Combined radial and vertical consolidation and smear effect Preloading without vertical drains Introduction to reinforced earth Material and failure modes Design Procedures Mess, Bar, strips and design consideration Solved Example of Reinforce Earth Introduction to Geotextiles and Geomembranes Basic functions of Geotextiles and Geomembranes GeneralApplications of Geotextiles and Geomembranes General Applications of Geotextiles and Geomembranes2 Resistance of Geotextiles Design of geotextile walls Geotextile stabilized embankment Embankment design methods Geotextiles as filters Geogrid properties Geogrid as reinforcement Geonet properties and test methods Properties of Geomembrane Design with Geomembranes Run out and Anchor Trench Design of Geomembrane Grouting and Grout Material Grouting flow and grouting techniques Ground Anchor and Rock bolt Soil Nailing Optimum Design of Nailed slopes Definition and mechanism of Liquefaction Standard curves and correlation for liquefaction Evaluation of zone of liquefaction in field
105104098	Civil Engineering	Advanced Transportation Engineering	Prof. Partha Chakraborty	Web	IIT Kanpur	Select Basic concept of pavement analysis and design Pavement Materials Analysis of Concrete Pavement Various design approaches Design of dowel bars Design of tie bars Design of runway, taxiway and apron Reinforced Concrete Pavement Concrete pavement shoulder Composite Pavements Comparative studies of concrete versus bituminous pavement Construction of Concrete Pavements Construction of joints Quality control issues Maintenance of concrete pavements Basics of Traffic Engineering - A Recapitulation Speed and Density Flow Introduction & Fundamental Relation An Introduction to Macroscopic Models Macroscopic Models- Linear Model/ Generalized Polynomial Model of u - k relation Macroscopic Models - Logarithmic Model of u-k relation/Exponential Model of u-k Relation Lecture 5 Introduction to Interruptions Traffic Flow at Signalized Intersections Traffic Flow at Unsignalized Intersections Introduction and capacity of facilities with uninterrupted flow Capacity at signalized and unsignalized intersections and LOS Introduction, transport supply and demand Overview of the planning process, role of government Demand analysis, supply analysis and evaluation Introduction Trip-generation Models Trip Distribution Models Destination Choice Models Modal Split Model Traffic Assignment Models Incremental-assignment model User-equilibrium model Shortest path finding algorithms (Dijkstra's algorithm) Shortest path finding algorithms (Floyd's algorithm) Definition of parameters Cost Components in Transportation System Benefit Component in Transportation System Economic Evaluation of Highway Projects Transportation Financing Exercise-Demand Analysis
105104099	Civil Engineering	Environmental Air Pollution	Prof. Mukesh Sharma	Video	IIT Kanpur	Select Introduction to Atmosphere Air Pollution Systems Air Quality Standards Types and Forms of Air Pollutants Measurement Units and Particulate classification Interpretation and Particle size Distribution Atmospheric formation of Air Pollutants I Atmospheric formation of Air Pollutants II Atmospheric formation of Air Pollutants III Kinetics of Air pollution and combustion processes Internal Combustion Engine and Air Pollution I Internal Combustion Engine and Air Pollution II Air Pollution and Health I Air Pollution and Health II Emission Inventory Sources of Air Pollution Emission from Fugitive Sources and Sulfuric Acid Production Aluminium Production and Air Pollution I Aluminium Production and Air Pollution II Coke Production and Air Pollution Examples for Practice Meteorological Measurements and their interpretation Examples for Practice - Dispersion Modeling Vertical Temperature Profile of Atmosphere Stability, Mixing Height and Plume Behavior I Stability, Mixing Height and Plume Behavior II Examples - Solar Radiation Based Stability Calculation Air Quality Modeling I Air Quality Modeling II Derivation of Gaussian Model Gaussian Model - Useful Formulation Plume rise, Area and Line Source Model Air Quality Modeling - Maximum Ground Level concentration Examples of Air Quality Modeling Air Pollution Control Devices I Air Pollution Control Devices I Source Emission Monitoring Receptor Source Modeling Environmental laws
105104100	Civil Engineering	Modern Surveying Techniques	Dr. Onkar Dikshit	Web	IIT Kanpur	Select Introduction. Electronic Distance Measuring Instrument (EDMI) Electronic Theodolite and Total Station Basic GPS Positioning using Satellites GPS Principles GPS receivers More on GPS principles GPS Errors and Accuracy Error sources in GPS observations Satellite geometry and Accuracy measures GPS Measurements Techniques I GPS Measurements Techniques II GPS Measurements Techniques III GPS Algorithms/Navigational Solutions Other Satellite navigation Systems and GPS Modernization Introduction.. Geometry of vertical photographs Geometry of tilted photographs Stereoscopy and parallax Flight planning Developments in photogrammetry Introduction Physical basis of remote sensing ( Electromagnetic Radiation(EMR) ) Physical basis of remote sensing ( EMR interaction in atmosphere ) Physical basis of remote sensing ( EMR interaction on ground :Surfaces ) Physical basis of remote sensing ( EMR interaction on ground :Water & Snow ) Physical basis of remote sensing ( EMR interaction on ground :Soil ) Physical basis of remote sensing ( Radiometry ) Physical basis of remote sensing ( Radiometry ) contd Remote sensing: Interpretation Introduction to image processing techniques Image enhancement Information extraction Introduction to GIS Geographical data in computer: Data structures for GIS-1 Geographical data in computer: Data structures for GIS - 2 GIS manipulation, analysis and modelling - 1 GIS manipulation, analysis and modelling - 2 Errors and corrections References-Modern Surveying Equipment References-?Global Positioning System References-Photogrammetry References-Geographical Information System
105104101	Civil Engineering	Surveying	Dr. Bharat Lohani	Video	IIT Kanpur	Select Module 1 Lecture 1 Module 2 lecture 1 Module 2 Lecture 2 Module 2 Lecture 3 Module 2 Lecture 4 Module 2 Lecture 5 Module 3 Lecture 1 Module 3 Lecture 2 Module 3 Lecture 3 Module 3 Lecture 4 Module 4 Lecture 1 Module 4 Lecture 2 Module 5 Lecture 1 Module 5 Lecture 2 Module 5 Lecture 3 Module 5 Lecture 4 Module 5 Lecture 5 Module 5 Lecture 6 Module 6 Lecture 1 Module 6 Lecture 2 Module 6 Lecture 3 Module 7 Lecture 1 Module 7 Lecture 2 Module 7 Lecture 3 Module 7 Lecture 4 Module 7 Lecture 5 Module 8 Lecture 1 Module 8 Lecture 2 Module 9 Lecture 1 Module 9 Lecture 2 Module 9 Lecture 3 Module 9 Lecture 4 Module 9 Lecture 5 Module 10 Lecture 1 Module 11 Lecture 1 Module 11 Lecture 2 Module 11 Lecture 3 Module 12 Lecture 1 Module 12 Lecture 2 Module 12 Lecture 3
105104102	Civil Engineering	Water and Waste Water Engineering	Dr. P. Bose	Web	IIT Kanpur	Select Raw Water Source and Quality Water Quantity Estimation Intake, Pumping and Conveyance Water Treatment Philosophy Preliminary Treatment: Silt Excluder Design Sedimentation Tank Design Coagulation - Flocculation Theory Rapid Mixing, Coagulation - Flocculation Coagulation - Flocculation Filtration Theory Rapid Sand Filtration Disinfection Treatment Plant Siting and Hydraulics Water Storage Tanks and Water Supply Network Water Supply Network Design Water Treatment and Supply for Rural Areas Wastewater Quality and Quantity Estimation Layout and Design of Municipal Sewers Sewer Appurtenances, Sump-well and Sewage Pumping Wastewater Treatment Philosophy Bar Rack/Screens and Equalization Tank Design Grit Chamber and Primary Sedimentation Tank Design Fundamentals of Applied Microbiology Activated Sludge Process Description Design of Activated Sludge Systems Design of Activated Sludge Systems Aerator Design for Activated Sludge Process Trickling Filter Fundamentals and Design Other Aerobic Treatment Systems Anaerobic Treatment Fundamentals Design of Anaerobic Reactors Design of UASB Reactors Nitrification: Process Description and Design Denitrification: Process Description and Design Phosphorus Removal and Other Advanced Treatment Fundamentals of Residual Management Residual Management Process Design Siting and Hydraulics of Wastewater Treatment Plants Treated Effluent Discharge, Reuse and Recycling Oxidation, Facultative and Anaerobic Ponds Phyto-Remediation and Root-Zone Treatment Septic Tanks, Soak Pits, Cesspools, Dry Latrines
105104103	Civil Engineering	Water Resources Engineering	Prof. Rajesh Srivastava	Video	IIT Kanpur	Select Lecture 1 Lecture 2 Lecture 3 Lecture 4 Lecture 5 Lecture 6 Lecture 7 Lecture 8 Lecture 9 Lecture 10 Lecture 11 Lecture 12 Lecture 13 Lecture 14 Lecture 15 Lecture 16 Lecture 17 Lecture 18 Lecture 19 Lecture 20 Lecture 21 Lecture 22 Lecture 23 Lecture 24 Lecture 26 Lecture 27 Lecture 28 Lecture 29
105104131	Civil Engineering	Geotechnical Measurements & Explorations	Dr. Nihar Ranjan Patra	Video	IIT Kanpur	Select Lecture-01.Geotechnical Measurements & Explorations Lecture-02.Geotechnical Measurements & Explorations Lecture-03.Geotechnical Measurements & Explorations Lecture-04.Geotechnical Measurements & Explorations Lecture-05.Geotechnical Measurements & Explorations Lecture-06.Geotechnical Measurements & Explorations Lecture-07.Geotechnical Measurements & Explorations Lecture-08.Geotechnical Measurements & Explorations Lecture-09.Geotechnical Measurements & Explorations Lecture-10.Geotechnical Measurements & Explorations Lecture-11.Geotechnical Measurements & Explorations Lecture-12.Geotechnical Measurements & Explorations Lecture-13.Geotechnical Measurements & Explorations Lecture-14.Geotechnical Measurements & Explorations Lecture-15.Geotechnical Measurements & Explorations Lecture-16.Geotechnical Measurements & Explorations Lecture-17.Geotechnical Measurements & Explorations Lecture-18.Geotechnical Measurements & Explorations Lecture-19.Geotechnical Measurements & Explorations Lecture-20.Geotechnical Measurements & Explorations Lecture-21.Geotechnical Measurements & Explorations Lecture-22.Geotechnical Measurements & Explorations Lecture-23.Geotechnical Measurements & Explorations Lecture-24.Geotechnical Measurements & Explorations Lecture-25.Geotechnical Measurements & Explorations Lecture-26.Geotechnical Measurements & Explorations Lecture-27.Geotechnical Measurements & Explorations Lecture-28.Geotechnical Measurements & Explorations Lecture-29.Geotechnical Measurements & Explorations Lecture-30.Geotechnical Measurements & Explorations Lecture-31.Geotechnical Measurements & Explorations Lecture-32.Geotechnical Measurements & Explorations Lecture-33.Geotechnical Measurements & Explorations Lecture-34.Geotechnical Measurements & Explorations Lecture-35.Geotechnical Measurements & Explorations Lecture-36.Geotechnical Measurements & Explorations Lecture-37.Geotechnical Measurements & Explorations Lecture-38.Geotechnical Measurements & Explorations Lecture-39.Geotechnical Measurements & Explorations Lecture-40.Geotechnical Measurements & Explorations
105104132	Civil Engineering	Advance Geotechnological Engineering	Dr. Nihar Ranjan Patra	Web	IIT Kanpur	Select Lecture 1 Lecture 2 Lecture 3 Lecture 4 Module1-References Module1- Problems Lecture 5 Lecture 6 Lecture 7 Lecture 8 Lecture 9 Lecture 10 Module 2 - Problems Lecture 11 Lecture 12 Lecture 13 Lecture 14 Lecture 15 Lecture 16 Module 3 - Problems Lecture 17 Lecture 18 Lecture 19 Lecture 20 Lecture 21 Lecture 22 Lecture 23 Lecture 24 Lecture 25 Lecture 26 Module 4 - References Module 4 - Problems Lecture 27 Lecture 28 Lecture 29 Lecture 30 Lecture 31 Lecture 32 Lecture 33 Lecture 34 Module 5 - Problems Lecture 35 Lecture36 Lecture 37 Lecture 38 Lecture 39 Lecture 40 Module 6 - References Module 6 - Problems Module 2 - References Module 3 - References Module 5 - References
105104135	Civil Engineering	Application of Soil Mechanics	Dr. Nihar Ranjan Patra	Video	IIT Kanpur	Select Lecture-01-Application of Soil Mechanics Lecture-02-Application of Soil Mechanics Lecture-03-Application of Soil Mechanics Lecture-04-Application of Soil Mechanics Lecture-05-Application of Soil Mechanics Lecture-06-Application of Soil Mechanics Lecture-07-Application of Soil Mechanics Lecture-08-Application of Soil Mechanics Lecture-09-Application of Soil Mechanics Lecture-10-Application of Soil Mechanics Lecture-11-Application of Soil Mechanics Lecture-12-Application of Soil Mechanics Lecture-13-Application of Soil Mechanics Lecture-14-Application of Soil Mechanics Lecture-15-Application of Soil Mechanics Lecture-16-Application of Soil chanics Lecture-17-Application of Soil Mechanics Lecture-18-Application of Soil Mechani Lecture-19-Application of Soil Mechanics Lecture-20-Application of Soil Mechanics Lecture-21-Application of Soil Mechanics Lecture-22-Application of Soil Mechanics Lecture-23-Application of Soil Mechanics Lecture-24-Application of Soil Mechanics Lecture-25-Application of Soil Mechanics Lecture-26-Application of Soil Mechanics Lecture-27-Application of Soil Mechanics Lecture-28-Application of Soil Mechanics Lecture-29-Application of Soil Mechanics Lecture-30-Application of Soil Mechanics Lecture-31-Application of Soil Mechanics Lecture-32-Application of Soil Mechanics Lecture-33-Application of Soil Mechanics Lecture-34-Application of Soil Mechanics Lecture-35-Application of Soil Mechanics Lecture-36-Application of Soil Mechanics Lecture-37-Application of Soil Mechanics Lecture-38-Application of Soil Mechanics Lecture-39-Application of Soil Mechanics Lecture-40-Application of Soil Mechanics
105104136	Civil Engineering	Geotechnical Earthquake Engineering	Dr. Nihar Ranjan Patra	Web	IIT Kanpur	Select Lec1 Lec2 Lec3 Lec4 Lec5 Lec6 Problem1 Lec7 Lec8 Lec9 Problem2 Lec10 Lec11 Lec12 Lec13 Lec14 Lec15 Lec16 Lec17 Lec18 Lec19 Lec20 Lec21 Lec22 Lec23 Lec24 Lec25 Lec26 Lec27 Lec28 Lec29 Lec30 Lec31 Lec32 Lec33 Lec34 Lec35 Lec36 Lec37 Lec38 Lec39 Lec40 Problem3 Problem4 Problem5 Problem6 Problem7 Problem8
105104137	Civil Engineering	Foundation Analysis and Design	Dr. Nihar Ranjan Patra	Web	IIT Kanpur	Select main INTRODUCTION SOIL CLASSIFICATION SYSTEMS CAPILLARY RISE IN SOIL SHEAR STRENGTH PROBLEMS REFERENCES NATURAL SOIL DEPOSITS PROCEDURES FOR SAMPLING SOIL CONE PENETRATION TEST GEOPHYSICAL EXPLORATION PROBLEMS REFERENCES GENERAL CONCEPT THE GENERAL BEARING CAPACITY EQUATION BEARING CAPACITY OF LAYERED SOILS-STRONGER SOIL UNDERLAIN BY WEAKER SOIL RECENT ADVANCES IN BEARING CAPACITY OF FOUNDATIONS ON REINFORCED SOIL PROBLEMS REFERENCES VERTICAL STRESS INCREASE IN A SOIL MASS CAUSED BY FOUNDATION LOAD SETTLEMENT CALCULATION ALLOWABLE BEARING CAPACITY STRIP FOUNDATION ON GRANULAR SOIL REINFORCED BY METALLIC STRIPS PROBLEMS REFERENCES COMMON TYPES OF MAT FOUNDATIONS FIELD SETTLEMENT OBSERVATIONS FOR MAT FOUNDATIONS STRUCTURAL DESIGN OF MAT FOUNDATIONS PROBLEMS REFERENCES LATERAL EARTH PRESSURE AT REST COULOMB’S ACTIVE EARTH PRESSURE LATERAL EARTH PRESSURE DUE TO SURCHARGE PASSIVE PRESSURE PROBLEMS REFERENCES GRAVITY AND CANTILEVER WALLS Check for Bearing Capacity Failure COMMENTS RELATING TO STABILITY RETAINING WALLS WITH METALLIC STRIP REINFORCEMENT RETAINING WALLS WITH METALLIC STRIP REINFORCEMENT PROBLEMS REFERENCES TYPES OF PILES AND THEIR STRUCTURAL CHARACTERISTICS LOAD TRANSFER MECHANISM FRICTIONAL (SKIN) RESISTANCE IN CLAY COMPARISON OF THEORY WITH FIELD LOAD TEST RESULTS PILE-DRIVING FORMULAS ULTIMATE CAPACITY OF GROUP PROBLEMS REFERENCES DRILLED SHAFTS DRILLED SHAFTS IN SAND-LOAD-BEARING CAPACITY DRILLED SHAFTS IN CLAY-LOAD-BEARING CAPACITY UPLIFT CAPACITY OF DRILLED SHAFTS LATERAL LOAD-CARRYING CAPACITY CAISSONS PROBLEMS REFERENCES
105104147	Civil Engineering	NOC:Geology and Soil Mechanics	Dr. Priyanka Ghosh	Video	IIT Kanpur	Select Index Properties Of Soil- C Index Properties Of soil- D Classification Of Soils- A Classification Of Soils- B Classification Of Soils And Clay Mineralogy- A Classification Of Soils And Clay Mineralogy- B Soil compaction- A Soil compaction- B Soil compaction- C Soil compaction- D Soil compaction & Permeability Permeability - A Index Properties Of Soil- B Index Properties Of Soil- A Index Properties Of Soil Description of soil, Engineering Geology Of Soils and Thier Formation Permeability - B Permeability - C Problems on permeability Seepage Seepage - A Seepage - B Seepage and In situ stress In situ stresses- A In situ stresses- B In situ stresses - A In situ stresses - B In situ stresses - C Consolidation - A Consolidation -B Consolidation- A Consolidation- B Consolidation - C Consolidation- D Consolidation- E Shear strength of Soil- B Shear strength of Soil- A Consolidation - F Shear strength of Soil- C Problem on shear strength of soil Problem on shear strength of soil -a Problem on shear strength of soil _a Shear strength of Soil- e Shear strength of Soil Shear Strength of Soils.. Shear strength of Soil_B Shear Strength of Soils. Shear Strength of Soils Earth Pressure on retaining wall Earth Pressure on retaining wall -A Tutorial on Index properties of soil Tutorial on compaction Tutorial on Permeability - a Tutorial on Permeability - b Tutorial On Consoildation Tutorial on consoildation - a Tutorial on Sheer Strength Tutorial on Sheer Strength -a Earth Pressure on Retaining Wall - a Earth Pressure on Retaining Wall- 1 Earth Pressure Theories and Problems on Earth Pressure on Retaining Wall Problems on Earth Pressure on Retaining Wall Edit Lesson Problems on Earth Pressure on Retaining Wall- 2 Problems on Earth Pressure Theories- 3 Problems on earth pressure theories -4
105104148	Civil Engineering	NOC:Engineering Graphics	Dr. Nihar Ranjan Patra	Video	IIT Kanpur	Select Isometric Projections-Part 2 Isometric Projections-Part 1 Orthographic Projections-Part 5 Orthographic Projections-Part 4 Orthographic Projections-Part III Orthographic Projections-Part II Orthographic Projections-Part I Isometric Projections-Part 3 Isometric Projections-Part 4 Isometric Projections-Part 5 and Oblique Projections-Part 1 Oblique Projections-Part 2 Sectioning Geometric Constructions-Part II Geometric Constructions-Part I Course Objectives, Lettering and Numbering Hatching Orthographic Projections-Assemblies Missing Lines & Missing Views Perspective View-Part 1 Perspective View-Part 2 Angular Perspective and Circles in perspective Perspective View examples and Space Geometry Space Geometry Cont. Perspective View- Part 3 True Length, Point View and Slope of Oblique lines Space Geometry-Introduction Space Geometry-Part 2 Auxiliary View, Lines ,Planes Relationship between Lines and Planes , Planes and Planes Intersection of Solids AUTOCAD Development of Surfaces
105104152	Civil Engineering	NOC:Earth Sciences for Civil Engineering	Prof. Javed N. Malik	Video	IIT Kanpur	Select Rock types and their properties (Part-6) Introduction to Geosciences in Civil Engineering Part 2 Plate Tectonics and Continental Drift Part 2 Plate Tectonics and Continental Drift Part 3 Plate Tectonics and Continental Drift Part 4 Rock-Forming Minerals and their Properties (Part-1) Rock-types and their Properties (Part-1) Rock-types and their Properties (Part-2) Rock-types and their Properties (Part-3) Rock types and their properties (Part-6)Seismology and the internal structure of the earth (Part-1) Seismology and the internal structure of the earth (Part-2) Seismology and the internal structure of the earth (Part-3) Edit Lesson Seismology and the internal structure of the earth (Part-4) Introduction to Geosciences in Civil Engineering Part 1 Rock types and their properties (Part-5) Rock-types and their Properties (Part-4) Seismology and the internal structure of the earth (Part-5) & Geological Structures (Part-1) Geological Structures (Part-2) Geological Structures (Part-3) Geological Structures (Part-4)
105104156	Civil Engineering	NOC:Earth Sciences for Civil Engineering - Part 2	Prof. Javed N. Malik	Video	IIT Kanpur	Select Groundwater Flood and related hazard (Part-2) Landslide and subsidence (Part-3) Tsunami and related hazard (Part-3) Landslide and subsidence (Part-1) Civil Engineering applications – geological considerations in dams, tunnels (Part-2) Civil Engineering applications – geological considerations in dams, tunnels (Part-3) & Tsunami and related hazard (Part-1) Landslide and subsidence (Part-2) Active faults its related hazards in India (part-7) & Civil Engineering applications - geological considerations in dams, tunnels (part- 1) Active faults its related hazards in India (part-6) Active faults its related hazards in India (part-5) Tsunami and related hazard (Part-2) Active faults and its related hazards in India (Part- 3) Active faults and its related hazards in India (Part- 4) Active Faults and its Related Hazards in India (Part-2) Introduction to Geological Hazards and Enviromental Impact (part- 3) Active Faults and its Related Hazards in India (Part-1) Introduction to Geological Hazards and Enviromental Impact (part- 2) Flood and related hazard (Part-1) Introduction to Geological Hazards and Enviromental Impact (part- 1)
105104157	Civil Engineering	NOC:Hydration, Porosity and Strength of Cementitious Materials	Dr. Sudhir Misra	Video	IIT Kanpur	Select Lecture-11 Portland Cement Based Paste System - I Lecture 14 - Portland Cement Paste Based Systems - IV Lecture 15- Portland Cement Based Paste System - V Lecture 16 -18 Part 1 - Portland Cement Based Paste Systems - VI Lecture 16- 18 Part 2 - Portland Cement Based Paste System - VII Lecture 19 - Heat of hydration of Portland Cement Lecture 20 - Mass Concrete Lecture 21 and 22- Mineral Admixture - 1 Lecture 23 and 24 - Mineral Admixture - 2 Lecture 25-27 - Mineral Admixtures - 3 Lecture 28-30 - Mineral Admixtures - 4 Lecture 31 - From paste to concrete Lecture 35 - Behavior under load Lecture 36 - Curing of concrete Lecture 37- Stress strain behaviour Lecture 5 - Portland Cement (Contd.) Lecture 6- INTRODUCTION (AGGREGATES): 1 Lecture 7- INTRODUCTION (AGGREGATES): 2 Lecture 8- INTRODUCTION (AGGREGATES): 3 Lecture 9- INTRODUCTION (CONCRETE MIXTURE PROPORTIONING STRATEGIES) Lecture 10- INTRODUCTION (CHEMICAL ADMIXTURES) Lecture 13- Portland Cement Based Paste System - III Lecture 3 - Basic Properties of Concrete Lecture 4 - Portland Cement Lecture 33 - Pores and porosity - A revisit Lecture 32 - Demonstration Lecture 34 - Measuring permeability of concrete Lecture 2 - Concrete - A Three Phase System Lecture 38 - Durability of concrete - I Lecture 12- Portland Cement Based Paste Systems - II Lecture 1 - Introduction to the course Lecture 39 - Durability of concrete - II - Specifications Lecture 40- Evaluation and overview
105104160	Civil Engineering	NOC:Mechanics of Solids	Dr. Priyanka Ghosh	Video	IIT Kanpur	Select Stress Components Tutorial A Tutorial B Stresses due to Bending Stresses due to Bending Stresses due to Bending Stresses due to Bending Stresses due to Bending Stresses due to Bending Torsion Tutorial 4 Tutorial 3 Differential Equation Relationship Shear Force and Bending Moment Diagrams Bending Moment Tutorial on Friction. Force Displacement Relationship. Support Conditions Tresca Criteria True Stress Strain Tutorial 2 Forces and Moments Transmitted by Slender Members Elastic Stress Strain Relationship Von Mises Yield Criteria Strain Transformation Strain Measurement Tutorial Tutorial on Concept of Strain. Principal Stresses and Introduction to Concept of Strain Normal Strain and Shear Strain Construction of Mohrs Circle State of Stresses Mohrs Circle representation of plane stress Concept of Stress Plane Stress Tutorial on Force Displacement Relationship and Geometric Compatibility -2 Tutorial on Force Displacement Relationship and Geometric Compatibility -3 Mechanism of belt around wheel. Tutorial on Force Displacement Relationship and Geometric Compatibility -1 Hoop Stresses Tutorial on Truss Friction 2 Solutions of Plane Truss Method of Sections Stability of Truss FBD of Frame Structures Conditions of equilibrium in 2D and 3D FBD with examples on modelling of typical supports and joints. Course Handout Analysis of Mechanical System Deflections due to Bending Integration of Moment Curvature Relation Superposition Continued Load Deflection Differential Equation Castigliano’s Theorem
105104161	Civil Engineering	NOC:Principles of Construction Management	Dr. Sudhir Misra	Video	IIT Kanpur	Select Lecture 20: Crashing of networks Lecture 3: Overview of steps in execution of a project Lecture 19: Resource leveling and allocation Lecture 26: Safety organization and safety officer Lecture 25: Implications of construction accidents Lecture 24: Personal protective equipment Lecture 23: Accidents in construction industry - II Lecture 22: Accidents in construction industry - I Lecture 21: Introduction to construction safety Lecture 18: Project monitoring and control systems Repayment of a loan Introduction to planning and scheduling Introduction to planning and scheduling (continued) Project scheduling Uncertainties in duration of activities -Using PERT in scheduling Description of items Lecture 8: Estimation of project cost Lecture 9: Discussion on the case study of boundary wall Lecture 12: Depreciation of construction equipment Lecture 11: Economic decision making in construction projects Lecture 10: Running account bills Lecture 6: Estimating quantities Lecture 4: Illustrative examples for evaluation of bids based on different schemes Lecture 5: Resource management in construction projects Lecture 1: Introduction to the course Lecture 2: Interdisciplinary nature of modern construction projects
105104162	Civil Engineering	NOC:Foundation Design	Dr. Nihar Ranjan Patra	Video	IIT Kanpur	Select Lecture 18D - Deep Foundation - Part 3 Lecture 18C - Deep Foundation - Part 2 Lecture 18B - Deep Foundation - Part 1 Lecture 18A - Earth Pressure Theories - Part 5 Lecture 16A - Earth Pressure Theories - Part 1 Lecture 15B - Design of Raft Foundation Lecture 15A - Types of foundations (Combined Footing) Lecture 12B - Design of foundation - Part 1 Lecture 14B - Design of Foundation - Part 5 Lecture 14A - Design of Foundation - Part 4 Lecture 13B - Design of Foundation - Part 3 Lecture 13A - Design of Foundation - Part 2 Lecture 11B - Stress distribution in soils - Part 5 Lecture 12A - Examples based on bearing capacity and settlement Lecture 11A - Stress distribution in soils - Part 4 Lecture 10A - Stress distribution in soils - Part 2 Lecture 10B - Stress distribution in soils - Part 3 Lecture 9A - Settlement Analysis - Part 3 Lecture 9B - Stress distribution in soils - Part 1 Lecture-7B-Bearing Capacity Of Shallow Foundations-Part-6 Lecture 8A - Settlement Analysis - Part 1 Lecture 8B - Settlement Analysis - Part 2 Lecture-5B-Bearing Capacity Of Shallow Foundations-Part-2 Lecture-6A-Bearing Capacity Of Shallow Foundations-Part-3 Lecture-6B-Bearing Capacity Of Shallow Foundations-Part-4 Lecture-7A-Bearing Capacity Of Shallow Foundations-Part-5 Lecture 4B- Foundations Lecture-5A-Bearing Capacity Of Shallow Foundations-Part-1 Lecture 3B- Subsoil Investigation or Site Investigation- Part - 6 Lecture 4A-Subsoil Investigation or Site Investigation- Part - 7 Lecture 2B - Subsoil Investigation or Site Investigation - Part - 4 Lecture 3A- Subsoil Investigation or Site Investigation- Part - 5 Lecture 1B - Subsoil Investigation or Site Investigation - Part - 2 Lecture 2A - Subsoil Investigation or Site Investigation - Part - 3 Lecture 1A - Subsoil Investigation or Site Investigation - Part - 1 Lecture 20A - Deep Foundation - Part 4 Lecture 20B - Deep Foundation - Part 5
105105039	Civil Engineering	Advanced Foundation Engineering	Dr. Kousik Deb	Video	IIT Kharagpur	Select Introduction Soil Exploration Soil Exploration - Penetration Tests Soil Exploration - Geophysical Exploration Shallow Foundation - Introduction Shallow Foundation : Bearing Capacity - I Shallow Foundation : Bearing Capacity - II Shallow Foundation : Bearing Capacity - III Shallow Foundation : Bearing Capacity - IV Shallow Foundation : Bearing Capacity - V Shallow Foundation - Settlement Calculation - I Shallow Foundation - Settlement Calculation - II Shallow Foundation - Settlement Calculation - III Design of Shallow Foundation Design of Raft Foundation Deep Foundation - Introduction Pile Foundation - Load Carrying Capacity Pile Foundation - Load Carrying Capacity - II Pile Foundation Load Carrying Capacity - III and Settlement Calculation Tension and Lateral Loaded Piles Well Foundation Well Foundation (Contd.) Design of Retaining Wall Design of Retaining Wall (Contd.) Design of Sheet Piles Design of Sheet Piles (Contd.) Design of Sheet Piles (Contd.) Design of Sheet Piles (Contd.) Reinforced Earth Reinforced Retaining Wall Seismic Design of Retaining Wall Seismic Design of Retaining Walls (Contd.) Soil - Foundation Interaction Soil - Foundation Interaction (Contd.) Soil - Foundation Interaction (Contd.) Soil - Foundation Interaction (Contd..) Soil - Foundation Interaction (Contd.) Soil - Foundation Interaction (Contd.) Soil - Foundation Interaction (Contd..) Soil - Foundation Interaction (Contd..)
105105041	Civil Engineering	Finite Element Analysis	Dr. D. Maity	Web	IIT Kharagpur	Select Introduction Basic Concepts of Finite Element Analysis Introduction to Elasticity Steps in Finite Element Analysis Virtual Work and Variational Principle Galerkin Method Finite Element Method: Displacement Approach Stiffness Matrix and Boundary Conditions Natural Coordinates Triangular Elements Rectangular Elements Lagrange and Serendipity Elements Solid Elements Isoparametric Formulation Stiffness Matrix of Isoparametric Elements Numerical Integration: One Dimensional Numerical Integration: Two and Three Dimensional Stiffness of Truss Members Analysis of Truss Stiffness of Beam Members Analysis of Continuous Beam Plane Frame Analysis Analysis of Grid and Space Frame Constant Strain Triangle Linear Strain Triangle Rectangular Elements Numerical Evaluation of Element Stiffness Computation of Stresses, Geometric Nonlinearity and Static Condensation Axisymmetric Element Finite Element Formulation of Axisymmetric Element Finite Element Formulation for 3 Dimensional Elements Introduction to Plate Bending Problems Finite Element Analysis of Thin Plate Finite Element Analysis of Thick Plate Finite Element Analysis of Skew Plate Introduction to Finite Strip Method Finite Element Analysis of Shell Finite Elements for Elastic Stability Finite Elements in Fluid Mechanics Dynamic Analysis
105105042	Civil Engineering	Ground Water Hydrology	Dr. V.R. Desai	Video	IIT Kharagpur	Select Introduction : Ground Water (GW) Utilization and Historical Background, GW in hydrologic Cycle Ground Water in Hydrologic Cycle (Contd.), Ground Water Budget, Ground Water Level Fluctuations and Environmental Influence Ground water Level Fluctuations and Environmental Influence (Contd.) Literature/Data/Internet Resources Ground Water :Literature/Data/Internet Sources Occurrence and Movement of Ground Water : Origin and Age of Ground Water, Rock Properties Affecting Ground Water, Ground Water Column Zones of Aeration and Saturation; Aquifers and their characteristics/classification Aquifer Classification (Contd.), Ground water Basins and Springs; Dorcy's Law; Permeability Determination pf Permeability :Heterogeneity and Anisotropy Ground Water (GW) flowrates and flow directions; general flow equations through porous media General Flow Equations Through Porous Media (Contd.), Dupuit's Assumptions 1-D Unconfined Ground water Flows; Steady Flow into Wells Steady Flow into Wells (Contd.); Unsteady Flow into Wells Unsteady Flow into Wells (Contd.) Unsteady Radial Flow in Confined and Unconfined Aquifers Unsteady Radial Flow in Leaky Aquifers (Contd.); Well Flow Near Aquifer Boundaries Well Flow for Special Conditions; Partially Penetrating Wells; Horizontal Wells and Collector Wells;Multiple Well Systems Well Completion;Well Development; Well Protection; Well Rehabilitation; Well testing for Yields Well Protection/Rehabilitation/Testing for yield (Contd.); Artificial Ground Water Recharge : Concept and Methods Concept and methods of Artificial Ground Water Recharge (Contd.); Recharge Mounds and Induced Recharge Induced Recharge (Contd.); Wastewater recharge for reuse; Water spreading Pollution and Quality Analysis of Ground Water : Sources of Pollution of GW-Municipal, Industrial,Agricultural and Miscellaneous Ground Water Pollution from Industrial, Agricultural and Miscellaneous Sources (Contd.) Ground Water Pollution from Miscellaneous Sources (Contd.), Attenuation and Underground Distribution of Pollutants Potential Evaluation of Ground water Pollution; Physical/Chemical/Biological analysis of Ground Water quality; Criteria and measures of Ground water quality Ground water salinity and samples ;Graphical representations of ground water quality Graphical representations of ground water quality (Contd.), SURFACE/SUB-SURFACE INVESTIGATION OF GROUND WATER:Geological/geophysical exploration;Remote sensing/electrical resistivity methods Surface Investigation of ground water (Contd.):Electrical resistivity seismic refraction/gravity/magnetic methods Seismic refraction/gravity/magnetic methods (Contd.);Sub-surface investigation of ground water: Geographical/resistivity methods Sub-surface investigation of ground water (Contd.): Geographical/resistivity/spontaneous potential/radiation of methods of logging Radiation method of logging (Contd.); Temperature/caliper/fluid conductivity/fluid velocity/miscellaneous logging methods Saline Water Intrusion in Aquifers:Occurence, Features affecting aquifers,Bodon - Ghyben - Hergberg Principle Saline Water Intrusion in Aquifers : Bodon - Ghyben - Hergberg principle (Contd.), Analytical Solution of Saline Water Intrusion in Coastal Aquifer Saline Water Intrusion in Aquifers : Analytical Solution of Saline Water Intrusion in Coastal Aquifer (Contd.), Density dependent salt water intrusion model Saline Water Intrusion in Aquifers : Geochemical Investigations, Control of salt water intrusion, Practical Modeling of salt water intrusion Modeling and Management of Ground Water - Ground Water Simulation Models, Ground Water Management Model : Confined Aquifer Modeling and Management of Ground Water : Ground Water Management Model : Confined and Unconfined Aquifer, Linked Simulation - Optimization, Meta Model Based Approach Modeling and Management of Ground Water : Contaminant Source Identification , Monitoring Network Design Modeling and Management of Ground Water : Aquifer Yield and Ground Water Availability, Effects of Ground Water Development, Regional Scale Development of Ground Water Modeling and Management of Ground Water : Conjunctive Surface - Subsurface Modeling of Overland Flow including flow through Vadose zone Modeling and Management of Ground Water : Ground Water - Surface Water Interaction
105105043	Civil Engineering	Numerical Methods in Civil Engineering	Dr. A. Deb	Video	IIT Kharagpur	Select Introduction to Numerical Methods Error Analysis Introduction to Linear Systems Linear Systems - II Linear Systems - III Linear Systems - Error Bounds Error Bounds and Iterative Methods for Solving Linear Systems Iterative Methods for Solving Linear Systems Iterative Methods - II Iterative Methods - III Iterative Methods for Eigen Value Extraction Solving Nonlinear Equations Solving Nonlinear Equations - II Solving Multi Dimensional Nonlinear Equations Solving Multi Dimensional Nonlinear Equations - II ARC Length and Gradient Based Methods Gradient Based Methods Conjugate Gradient Method Conjugate Gradient Method - II Nonlinear Conjugate Gradient and Introduction to PDEs Eigenfunction Solutions for the Wave Equation Analytical Methods for Solving the Wave Equation Analytical Methods for Hyoerbolic and Parabolic PDEs Analytical Methods for Parabolic and Elliptic PDEs Analytical Methods for Elliptic PDEs Series Solutions for Elliptic PDE's and Introduction to Differential Operators Differential Operators Differential Operators - II Differential Operators - III Interpolation Polynomial Fitting Orthogonal Polynomials Orthogonal Polynomials - II Orthogonal Polynomials - III Spline Functions Orthogonal Basis Functions for Solving PDE's Orthogonal Basis Functions for Solving PDE's - II Integral Equations Integral Equations - II Integral Equations - III
105105045	Civil Engineering	Probability Methods in Civil Engineering	Dr. Rajib Maity	Video	IIT Kharagpur	Select Introduction - Role of Probability in Civil Engineering Random Events and Probability Concept Set Theory and Set Operations Axioms of Probability Probability of Events Concept and Defination of Random Variables Probability Distribution of Random Variables CDF and Descriptors of Random Variables Further Descriptors of Random Variables Discrete Probability Distribution Probability Distribution of Continuous RVs Probability Distribution of Continuous RVs (Contd...1) Probability Distribution of Continuous RVs (Contd...2) Functions of Single Random Variables Functions of Random Variables - Different Methods Functions of Random Variables - Different Methods (Contd.) Expectation and Moments of Functions of RV Expectation and Moments of Functions of RV (Contd.) Joint Probability Distribution Marginal Probability Distribution Conditional Probability Distribution Conditional Probability Distribution (Contd.) Properties of Multiple Random Variables Properties of Multiple Random Variables (Contd.) MGF of Multivariate RVs and Multivariate Probability Distributions Multivariate Distribution and Functions of Multiple Random Variables Functions of Multiple Random Variables (Contd...1) Functions of Multiple Random Variables (Contd...2) Introduction to Copulas Introduction to Copulas (Contd.) Probability Models using Normal Distribution Probability Models using Log Normal and Exponential Distribution Probability Models using Gamma and Extreme Value Distribution Probability Models using Discrete Probability Distributions Sampling Distribution and Parameter Estimation Sampling Distribution and Parameter Estimation (Contd.) Hypothesis Testing Goodness - of - fit tests Regression Analyses and Correlation Regression Analyses and Correlation (Contd.)
105105048	Civil Engineering	Wastewater management	Dr. M.M. Ghangrekar	Web	IIT Kharagpur	Select Introduction System of Sanitation Sewer Material Quantity Estimation of Sewage Population Forecasting Quantity Estimation of Storm Water Hydraulic Design of Sewers and Storm Water Drains Hydraulic Design of Sewers and Storm Water Drains (Contd.) Hydraulic Design Of Sewers And Storm Water Drains (Contd.) Sewer Appurtenances Sewage And Storm water Pumping Stations Classification Of Water Pollutants And Effects On Environment Water Quality And Estimation Of Organic Content Water Quality And Estimation Of Organic Content (Contd.) Self Purification Of Natural Streams Characteristics Of Sewage And Overview of Treatment Methods Characteristics Of Sewage And Overview Of Treatment Methods (Contd.) Screens Grit Chamber Grit Chamber (Contd.) Primary Sedimentation Tank Other Primary Treatment Systems Secondary Treatment Aerobic Secondary Treatment Of Wastewater Aerobic Secondary Treatment Of Wastewater (Contd.) Aerobic Secondary Treatment Of Wastewater (Contd.) Aerobic Secondary Treatment Of Wastewater (Contd.) Aerobic Secondary Treatment Of Wastewater (Contd.) Aerobic Secondary Treatment Of Wastewater (Contd.) Aerobic Secondary Treatment Of Wastewater (Contd.) Aerobic Secondary Treatment Of Wastewater Secondary Sedimentation Anaerobic Wastewater Treatment Processes Anaerobic Wastewater Treatment Processes (Contd.) Anaerobic Wastewater Treatment Processes (Contd.) Sludge Management Sludge Management (Contd.) Tertiary Wastewater Treatment Tertiary Wastewater Treatment (Contd.) Onsite Sanitation Onsite Sanitation (Contd.)
105105104	Civil Engineering	Design of Concrete Structures	Prof. J.N. Bandopadhyay	Web	IIT Kharagpur	Select Objectives and Methods of Analysis and Design Properties of Concrete and Steel Philosophies of Design by Limit State Method Computation of Parameters of Governing Equations Determination of Neutral Axis Depth and Computation of Moment of Resistance Numerical Problems on Singly Reinforced Rectangular Beams Numerical Problems on Singly Reinforced Rectangular Beams (Continued) Doubly Reinforced Beams ? Theory Doubly Reinforced Beams ? Theory Flanged Beams ? Theory Flanged Beams ? Numerical Problems Flanged Beams ? Numerical Problems (Continued) Limit State of Collapse in Shear Limit State of Collapse in Shear ? Numerical Problems Bond, Anchorage, Development Length and Splicing Torsion in Beams - Limit State of Collapse Limit State of Serviceability One-way Slabs Two-way Slabs Types and Design of Staircases Definitions, Classifications, Guidelines and Assumptions Short Axially Loaded Compression Members Short Compression Members under Axial Load with Uniaxial Bending Preparation of Design Charts Design of Short Columns under Axial Load with Uniaxial Bending Short Compression Members under Axial Load with Biaxial Bending Slender Columns Foundations ? Theory Design of Foundations Basic Principles, Theory and One-way Slabs Nodal Forces and Two-way Slabs Two-way Rectangular, Square, Triangular and Circular Slabs Numerical Examples Rectangular Beams under Flexure Numerical Problems Structural Requirements, Code Stipulations and Governing Equations Numerical Problems Redistribution of Moments ? Theory and Numerical Problems Seismic Effects, Material Behaviour and General Principles of Earthquake Resistant Design of structures Ductile Design and Detailing of Earthquake Resistant Structures
105105105	Civil Engineering	Design of Reinforced Concrete Structures	Prof. N. Dhang	Video	IIT Kharagpur	Select Introduction - I Materials Different Methods of Design of Reinforced Concrete Structures Working Stress Method Working Stress Method (Contd...) Limit State of Collapse Flexure Limit State of Collapse Flexure - II Design of Doubly Reinforced Beam Flexure - I Design of Doubly Reinforced Beam Flexure - II Design of Doubly Reinforced Beam Flexure Limit State of Collapse Shear Design for Shear Design for Shear (Contd....) Design of Slabs Part - 1 Design of Slabs Part - II Design of Slabs Part - III Design of Slabs Part - IV Design of Slabs Part - V Design of Columns Part - I Design of Columns Part - II Design of Columns Part - III Design of Columns Part - IV Design of Columns Part - V Design of Footings Part - I Design of Footings Part - II Design of Staircases Design for Torsion Design for Torsion Part - II Design of RC Slender Columns Deflection of RC Beams
105105106	Civil Engineering	Engineering Geology	Dr. Debasis Roy	Video	IIT Kharagpur	Select Introduction to Engineering Geology Geologic Structures Geologic Maps and Stratigraphic Sections Remote Sensing in Engineering Geology Physical Properties of Minerals Crystallography and Optical Properties Chemical Characteristics of Minerals Origin And Types of Rocks Origin And Types of Soils Igneous Rocks Sedimentary Rocks Metamorphic Rocks Weathering Sediment Transport and Deposition Introduction to Subsurface Exploration Introduction to Subsurface Exploration Sampling and Non - Intrusive Methods Index Properties and Classification of Soils Index Properties of Rock and Rock Mass Stress-Strain Behavior of Soil and Rock Stress-Strain Behavior of Soil and Rock - II In-situ State of Stress Geologic Considerations in Tunneling Geologic Considerations in Dam Construction Groundwater - Preliminaries Groundwater Flow Groundwater Flow - II Groundwater Related Engineering Issues Groundwater Over Utilization Plate Tectonics Plate Tectonics - 2 and Earthquake Earthquake Hazard Assessment Geologic Hazards - Seismicity and Volcanism Geologic Hazards - Shoreline Processes Geologic Hazards - Shoreline Processes Geologic Hazards - Landslide Hazards - Zoning Geologic Hazards Subsidence , Collapsible Soils Preparation of Geologic Sections Index testing of soil & rocks Identification of minerals and rock samples
105105107	Civil Engineering	Introduction to Transportation Engineering	Dr. Bhargab Maitra	Video	IIT Kharagpur	Select Transportation Engineering Elements of Concern and Components Traffic Stream Characteristics Traffic Studies : Part - I Traffic Studies : Part - II Highway Capacity and Level of Service Intersection Control and Signalization Functional Classification, Design Elements Cross Section Elements Stopping Sight Distance And Decision Sight Overtaking, Intermediate and Headlight Sight Intersection Sight Distance - I Intersection Sight Distance - II Horizontal Alignment - I Horizontal Alignment - II Horizontal Alignment - III Horizontal Alignment - IV Horizontal Alignment - V Horizontal Alignment - VI Vertical Alignment - I Vertical Alignment - II Vertical Alignment - III Highway Alignment Principles of Pavement Design Traffic Loading - I Traffic Loading - II Pavement Materials - I Pavement Materials - II Pavement Materials - III Pavement Materials - IV Pavement Materials - V Design of Bituminous Mixes - I Design of Bituminous Mixes - II Analysis of Flexible Pavements Analysis of Concrete Pavements Flexible Pavement Design Indian Roads Congress Flexible Pavement Design AASHTO Method - 1993 Concrete Pavement Design Indian Congress Method Concrete Pavement Design PCA and AASHTO Methods Pavement Evaluation and Rehabilitation Overlay Design - IRC Method
105105108	Civil Engineering	Strength of Materials	Prof. S.K. Bhattacharyya	Video	IIT Kharagpur	Select Introduction - Strength of Materials Analysis of Stress - 1 Analysis of Stress - II Analysis of Stress - III Analysis of Stress - IV Analysis of Stress - V Analysis of Strain - I Analysis of Strain - II Analysis of Strain III Analysis of Strain IV Analysis of Strain V Analysis of Strain VI Analysis of Strain VII Analysis of Strain - VIII Application of Stress/Strain Application of Stress / Strain Application of Stress / Strain Torsion - I Torsion - II Torsion - III Torsion - IV Bending of Beams - I Bending of Beams - II Bending of Beams - III Bending of Beam - IV Stresses in Beams - I Stresses in Beams - II Stresses in Beams - III Stresses in Beams - IV Deflection of Beams - I Deflection of Beams - II Deflection of Beams - III Deflection of Beams - IV Combined Stresses - I Combined Stresses - II Combined Stresses - III Stability of Columns - I Stability of Columns - II Springs - I Springs - II
105105109	Civil Engineering	Structural Analysis II	Prof. Sudhir Kumar Barai	Web	IIT Kharagpur	Select General Introduction Principle of Superposition,Strain Energy Castigliano's Theorems Theorem of Least Work Virtual Work Engesser?s Theorem and Truss Deflections by Virtual Work Principles The Force Method of Analysis:An Introduction The Force Method of Analysis: Beams The Force Method of Analysis:Beams (Continued) The Force Method of Analysis: Trusses The Force Method of Analysis: Frames The Three-Moment Equations-I The Three-Moment Equations-Ii The Slope-Deflection Method: An Introduction The Slope-Deflection Method: Beams (Continued) The Slope-Deflection Method: Frames Without Sidesway The Slope-Deflection Method: Frames with Sidesway The Moment-Distribution Method: Introduction The Moment-Distribution Method: Statically Indeterminate Beams Withsupport Settlements The Moment-Distribution Method: Frames without Sidesway The Moment-Distribution Method: Frames with Sidesway The Multistory Frames with Sidesway The Direct Stiffness Method: An Introduction The Direct Stiffness Method: Truss Analysis The Direct Stiffness Method: Truss Analysis (Continued) The Direct Stiffness Method: Temperature Changes and Fabrication Errors in Truss Analysis The Direct Stiffness Method: Beams The Direct Stiffness Method: Beams (Continued) The Direct Stiffness Method: Beams (Continued) The Direct Stiffness Method: Plane Frames Cables Three Hinged Arch Two-Hinged Arch Symmetrical Hingeless Arch Indeterminate Trusses and Industrial Frames Building Frames Moving Load and Its Effects on Structural Members Influence Lines for Beams Influence Lines for Beams (Contd.) Influence Lines for Simple Trusses
105105110	Civil Engineering	Water Resources Engineering	Dr. Dhrubajyoti Sen	Web	IIT Kharagpur	Select Surface and Ground Water Resources Concepts for Planning Water Resources Development National Policy For Water Resources Development Planning and Assessment of Data for Project Formulation Precipitation And Evapotranspiration Runoff and Infiltration Rainfall Runoff Relationships Design Flood Estimation Subsurface Movement of Water Principles of Ground Water Flow Well Hydraulics Flow Dynamics in Open Channels and Rivers Geomorphology of Rivers Sediment Dynamics in Alluvial Rivers and Channels India?s Irrigation Needs and Strategies for Development Soil Water Plant Relationships Estimating Irrigation Demand Types of Irrigation Schemes and Methods of Field Water Application Traditional Water Systems and Minor Irrigation Schemes Canal Systems for Major and Medium Irrigation Schemes Design of Irrigation Canals Conveyance Structures for Canal Flows Regulating Structures for Canal Flows Distribution and Measurement Structures for Canal Flows Structures for Flow Diversion ? Investigation Planning and Layout Design of the Main Diversion Structure of a Barrage Design of Barrage Appurtenant Structures and Rules for Barrage Operation Structures for Water Storage ? Investigation, Planning and Layout Planning Of Water Storage Reservoirs Design and Construction of Concrete Gravity Dams Design and Construction of Concrete Gravity Dams Spillways and Energy Dissipators Reservoir Outlet Works Gates and Valves for Flow Control Principles of hydropower engineering Hydropower water conveyance system Hydropower equipment and generation stations River training and riverbank protection works Drought and flood management Remote sensing and GIS for Water resource management
105105138	Civil Engineering	Probability Methods in Civil Engineering	Dr. Rajib Maity	Web	IIT Kharagpur	Select Probability and its role in Civil Engineering Random Events and Probability Concept Set Theory and Event Operations Axioms of Probability Probability of Events Concept and Definitions of Random Variables Probability Distribution of Random Variables CDF and Descriptors of Random Variables Descriptors of Random Variables (contd.) Some Standard Discrete Probability Distributions Some standard Continuous Probability distributions Continuous Probability distribution (contd.) Continuous Probability distribution (contd.) Functions of Single Random Variables Functions of Single Random Variable-Different Methods Functions of Single Random Variable-Different Methods-2 Expectation and Moments of Functions of Random Variable Expectation and Moments of Functions of Random Variable Joint Probability Distribution Joint Probability Distribution Conditional Probability Distribution Conditional Probability Distribution 2 Properties of Multiple Random Variables Properties of Multiple Random Variables-2 Moment Generating Function of Multivariate RVs and Multivariate Probability Distributions Multivariate Distribution and Functions of Multiple Random Variables Functions of Multiple Random Variables-2 Functions of Multiple Random Variables-3 Introduction to Copulas Introduction to Copulas-2 Probability Models using Normal Distribution Probability Models using Log Normal and Exponential Distribution Probability Models using Gamma and Extreme Value Distribution Probability Models using Discrete Probability Distributions Sampling Distribution and Parameter Estimation Sampling Distribution and Parameter Estimation …contd. Hypothesis Testing Goodness of fit tests Regression Analyses and Correlation Regression Analyses and Correlation…contd.
105105150	Civil Engineering	NOC:Probability Methods in Civil Engineering	Dr. Rajib Maity	Video	IIT Kharagpur	Select Lec-05 Concept and definition of Random variables Lecture 4: Probability of Events Lec-06:Probability distribution of random variables Lecture 3: Axioms of Probability Lecture - 2: Set Theory and Set Operations Lecture - 1: Random Events and Probability Concept Lecture 7: CDF and Descriptors of Random Variables Lecture 8: Further Descriptors of Random Variables Lecture 9 : Discrete Probability Distribution Lecture 10: Probability Distribution of Continuous RVs Lecture 11: Probability Distribution of Continuous RVs (Contd...1) Lecture 12: Probability Distribution of Continuous RVs (Contd...2) Lecture 13: Functions of Single Random Variables Lecture 14: Functions of Different Variables - Different Methods Lecture 15 : Functions of Random Variables : Different Methods (Contd.) Lecture 16 : Probability Models using Normal Distribution Lecture 17 : Probability Models using Log Normal and Exponential Distribution Lecture 18 : Probability Models using Gamma and Extreme Value Distribution Lecture 19 : Probability Models using Discrete Probability Distributions Lecture 20 : Sampling Distribution and Parameter Estimation Lecture 21 : Sampling Distribution and Parameter Estimation (Contd.) Lecture 22: Hypothesis Testing Lecture 23: Goodness of Fit-Tests Lecture 24 : Regression Analyses and Correlation Lecture 25 : Regression Analyses and Correlation (Contd.)
105105156	Civil Engineering	NOC:Visual Semiotics for Visual Communication	Prof. Mainak Ghosh	Video	IIT Kharagpur	Select Lecture 15 : Visual Semantics for Visual Communication (Contd.) Lecture 16 : Visual Semantics for Visual Communication (Contd.) Lecture 13 : Conceptual Model and Affordances Lecture 14: Visual Semantics for Visual Communication (Contd.) Lecture 12: Visual Semantics for Visual Communication (Contd.) Lecture 11: Visual Semantics for Visual Communication (Contd.) Lecture 10 : Visual Semantics for Visual Communication (Contd.) Lecture 9: Introduction to Millimeter-Wave Technology Lecture 8: Visual Semantics for Visual Communication (Contd.) Lecture 7: Visual Semantics for Visual Communication (Contd.) Lecture 5: Introduction to Millimeter-Wave Technology (Contd.) Lecture 2: Visual Semantics for Visual Communication (Contd.) Lecture 1: Visual Semantics for Visual Communication Lecture 17 : Visual Semantics for Visual Communication (Contd.) Lecture 6: Visual Semantics for Visual Communication (Contd.) Lecture 4: Visual Semantics for Visual Communication (Contd.) Lecture 3: Visual Semantics for Visual Communication (Contd.) Lecture 18 : Visual Semantics for Visual Communication (Contd.) Lecture 19 : Visual Semantics for Visual Communication (Contd.) Lecture 20 : Visual Semantics for Visual Communication (Contd.)
105105157	Civil Engineering	NOC:Sustainable Engineering Concepts And Life Cycle Analysis	Prof. Brajesh Kumar Dubey	Video	IIT Kharagpur	Select Lecture 31 : Design for Sustainability Lecture 11: Environmental Data Collection and LCA Methodology Lecture 14: LCA Methodology Lecture 16: LCA - A Detailed Methodology Lecture 17: LCA - A Detailed Methodology (Contd.) Lecture 18: LCA Benefits and Drawbacks Lecture 19: History of LCA Lecture 20: The ISO Framework Lecture 21: Unit Process, Data and LCI Databases Lecture 22: Unit Process and System Boundary (Contd.) Lecture 23: Inventory Data and LCIA Lecture 24: LCIA Lecture 25: LCA Interpretation Lecture 37 : Summary and Case Studies (Contd.) Lecture 7: RISK Assessment - Toxicology Lecture 28: Chemical Release in Environment Lecture 29: Green Sustainable Materials Lecture 30: Green Sustainable Materials (Contd.) Lecture 39 : Tutorial I Lecture 36 : Summary and Case Studies Lecture 10: Environmental Risk Assessment Lecture 33 : Design for Sustainability (Contd.) Lecture 34 : Sustainable Engineering Design Principles Lecture 12: Environmental Data Collection and LCA Methodology (Contd.) Lecture 13: Environmental Data Collection and LCA Methodology (Contd.) Lecture 8: RISK Assessment Methods Lecture 9: RISK Assessment Methods (Contd.) Lecture 32 : Design for Sustainability (Contd.) Lecture 27: Key Points of a Good LCA and Example LCA Lecture 3: LCA and Sustainability Lecture 4: LCA and Environmental Systems Lecture 5: LCA and Water, Food and Energy Lecture 38 :Summary and Case Studies (Contd.) Lecture 35 : Sustainable Engineering Design Principles (Contd.) Lecture 6: RISK Assement and LCA Frameworks Lecture 40 : Tutorial II Lecture 26: ISO 14040 Lecture 14: Environmental Data Collection and LCA Methodology (Contd.) Lecture 2: Life Cycle Assessment - Introduction Lecture 1: Life Cycle Assessment - Introduction
105105160	Civil Engineering	NOC:Integrated Waste Management for a Smart City	Prof. Brajesh Kumar Dubey	Video	IIT Kharagpur	Select Lecture 21 : Waste Collection and Transport Lecture 22 : Waste Collection and Transport (Contd.) Lecture 23 : Waste Collection and Transport (Contd.) Lecture 24 : Waste Collection and Transport (Contd.) Lecture 25 : Waste Collection and Transport (Contd.) Lecture 26 : Collection System Lecture 27 : Collection System (Contd.) Lecture 28 : Review of MSW Management in Proposed Smart Cities Lecture 29 : Biological Treatment of Waste Lecture 30 : Biological Treatment of Waste (Contd.) Lecture 31 : Biological Treatment of Waste (Contd.) Lecture 32 : Biological Treatment of Waste (Contd.) Lecture 33 : Biological Treatment of Waste (Contd.) Lecture 34 : Thermal Treatment Lecture 35 : Thermal Treatment (Contd.) Lecture 18 : Storage of Solid Waste Lecture 19 : MSW Collection System Lecture 11 : MSW Characteristics - Thermal Properties and Chemical Composition Lecture 12 : Chemical Analysis Procedure Lecture 13 : Chemical Analysis Procedure (Contd.) Lecture 14 : Working with Data and Statistical Methods Lecture 15 : Waste Management Rules 2016 Lecture 16 : Waste Management Rules 2016 (Contd.) Lecture 10 : Municipal Solid Waste Chracteristics and Quantities (Contd.) Lecture 1 : Introduction Lecture 2 : Introduction (Contd.) Lecture 3 : Introduction (Contd.) Lecture 4 : Introduction (Contd.) Lecture 5 : Introduction (Contd.) Lecture 6 : Introduction (Contd.) Lecture 7 : Municipal Solid Waste Chracteristics and Quantities Lecture 17 : Swachh Bharat Mission and Smart Cities Program Overview Lecture 9 : Municipal Solid Waste Chracteristics and Quantities (Contd.) Lecture 8 : Municipal Solid Waste Chracteristics and Quantities (Contd.) Lecture 20 : MSW Collection System (Contd.) Lecture 46 : Landfill Disposal (Contd.) Lecture 47 : Landfill Disposal (Contd.) Lecture 48 : Construction and Demolition Waste Management Lecture 49 : Construction and Demolition Waste Management (Contd.) Lecture 50 : Construction and Demolition Waste Management (Contd.) Lecture 51: Construction and Demolition Waste Management (Contd.) Lecture 52: Construction and Demolition Waste Management (Contd.) Lecture 53: E-Waste Management Lecture 54: E-Waste Management (Contd.) Lecture 55: E-Waste Management (Contd.) Lecture 45 : Landfill Disposal (Contd.) Lecture 44 : Landfill Disposal (Contd.) Lecture 43 : Landfill Disposal (Contd.) Lecture 42 : Landfill Disposal (Contd.) Lecture 41 : Landfill Disposal (Contd.) Lecture 40 : Landfill Disposal Lecture 39 : Thermal Treatment (Contd.) Lecture 38 : Thermal Treatment (Contd.) Lecture 37 : Thermal Treatment (Contd.) Lecture 36 : Thermal Treatment (Contd.) Lecture 56 : E-Waste Management (Contd.) Lecture 57 : E-Waste Management (Contd.) Lecture 58 : E-Waste Management (Contd.) Lecture 59 : E-Waste Management (Contd.) Lecture 60 : E-Waste Management (Contd.) Lecture 61 : Tutorial - I Lecture 62 : Tutorial - II
105105161	Civil Engineering	NOC:Computational hydraulics	Dr. Anirban Dhar	Video	IIT Kharagpur	Select Lecture 1 : Introduction to Computational Hydraulics Lecture 2 : Problem Definition and Governing Equations (GE) Lecture 3 : Classification of Problems based on Initial Condition (IC) and/or Boundary Conditions (BC) Lecture 4 : Classification of Differential Equations Lecture 5 : Numerical Methods : Overview Lecture 6 : Finite Difference Approximation Lecture 9 : Partial Differential Equation : BVP Lecture 10 : Partial Differential Equation : IBVP Lecture 11 : Partial Differential Equation : Numerical Stability of IBVP Lecture 12 : Partial Differential Equation : Numerical Stability of One Dimensional PDE Lecture 13 : Finite Volume Method - Overview Lecture 14 : Finite Volume Method - BVP Lecture 15 : Finite Volume Method - IBVP Lecture 16 : Finite Volume Method - Conservation Law Lecture 17 : Upwind Approach Lecture 29 : Algebraic Equation : Gauss - Seidel Method Lecture 30 : Algebraic Equation : Newton Raphson Method Lecture 31 : One-Dimensional Flow Lecture 32 : Steady Two-Dimensional Flow Lecture 33 : Unsteady Two-Dimensional Flow using Finite Difference Method Lecture 21: Mesh-Tree Method : Polynomial Interpolation Method Lecture 28 : Algebraic Equation : Jacobis Method Lecture 23 : Mesh-Free Method : Space-Time Moving Least Squares Method Lecture 20 : Lecture 26 : Algebraic Equation : LU Decomposition Method Lecture 27 : Algebraic Equation : Tri Diagonal Matrix Method Lecture 22 : Mesh -Free Method : Moving Least Squares Method Lecture 19 : Lecture 24 : Numerical Method : Matrix Structure and Scilab Lecture 25 : Algebraic Equation:Gauss Elimination Method Lecture 18 : Godunov Approach Lecture 7 : Ordinary Differential Equation : IVP Lecture 40 : Steady Channel Flow : Channel Network without reverse Flow Lecture 41 : Steady Channel Flow : Channel Network without reverse Flow (Contd.) lecture 42 : Steady Channel Flow : Channel Network with reverse Flow Lecture 43 : Steady Channel Flow : Channel Network with reverse Flow (Contd.) Lecture 39 : Lecture 38 : Lecture 37 : Lecture 36 : Lecture 35 : Lecture 34 : Lecture 8 : Ordinary Differential Equation : BVP Lecture 44 Lecture 45 Lecture 46 Lecture 47 Lecture 48 Lecture 49 : Unsteady Flow in Pipes Lecture 50 : Surface Water and Ground Water Interaction Lecture 51 : Course Summary
105105162	Civil Engineering	NOC:Design of steel structures	Prof. Damodar Maity	Video	IIT Kharagpur	Select Lecture 29 Compression Members Lecture 30 Design Strength of Compression Members Lecture 32: Compressive Strength of Angle Struts Lecture 26 Design of Gusset Plate Lecture 27 Lug Angles Lecture 28 Splices in Tension Members Lecture 18: Eccentric Connection (Load Lying Perpendicular to Plane of Welded Joint) Lecture 19 : Tension Members and Net Area Lecture 20 : Calculation of Net Area in Tension Members Lecture 21: Net area, Staggered bolt, Chain bolt, Staggered pitch, Deduction of area Lecture 22: Strength Calculation of Tension Members Lecture 23: Strength of Tension Members with Weld Connection Lecture 10: Design of Fillet Welds Lecture 11: Design of Butt Welds Lecture 12: Design of Plug and Slot Weld Lecture 13: Eccentric Connection (Load Lying in Plane of Bolted Joint) Lecture 14: Design of Eccentric Connection (Load Lying in Plane of Bolted Joint) Lecture 15 : Eccentric Connection (Load Lying in Plane of Welded Joint) Lecture 33: Compressive Strength of Double Angles Lecture 34: Design of Compression Members Lecture 31 : Compressive Strength Lecture 25 : Design Calculation for Tension Members Lecture 17: Design of Eccentric Connection (Load Lying Perpendicular to Plane of Bolted Joint) Lecture 5 : Introduction to Bolt Connections Lecture 6 : Design of Ordinary Black Bolts Lecture 7: Worked out Examples on Design of Ordinary Black Bolts Lecture 1 : Introduction to Design of Steel Structures (Limit State Method) Lecture 2: Steel as a Structural Material Lecture 3: Limit State Design Lecture 9: Weld connection Lecture 16: Eccentric Connection (Load Lying Perpendicular to Plane of Bolted Joint) Lecture 35 : Design of Builtup Compression Members Lecture 8 : Design of High Strength Friction Grip Bolts Lecture 4 : Introduction to Connections Lecture 57 Lecture 56 Lecture 55 Lecture 54 Lecture 53 Lecture 52 Lecture 46 : Failure Modes of Flexural Members Lecture 47 : Laterally Supported Beams Lecture 48 : Design of Laterally Supported Beams Lecture 49 : Laterally Supported Beams with High Shear Lecture 50 :Laterally Unsupported Beams Lecture 51 : Strength Calculation of Laterally Unsupported Beams Lecture 45 : Introduction to Flexural Members: Beams Lecture 44: Design of Column Splices due to Shear Lecture 43 : Design of Column Splices Lecture 42 : Design of Batten Plates using Weld Connection Lecture 41 : Design of Batten Plates using Bolt Connection Lecture 40 : Batten Plates Lecture 39 : Design of Double Lacing System Lecture 38 : Connection Design of Lacing Systems Lecture 37 : Design of Lacing Systems Lecture 36 : Lacing Systems Lecture 24: Steps for Design of Tension Members Lecture 58 : Worked out Example for Gantry Girder Lecture 59 : Slab Base Lecture 60 : Design of Slab Base Lecture 61 : Eccentrically Loaded Base Plate Lecture 62 : Gusset Base Lecture 63 : Design of Gusset Base
105105165	Civil Engineering	NOC:Reinforced Concrete Road Bridges	Prof. Nirjhar Dhang	Video	IIT Kharagpur	Select Lecture 19: Design of RCC T Beam Bridge (Part IV) Lecture 20: Summary and Closure Lecture 18: Design of RCC T Beam Bridge (Part III) Lecture 14: Design of Slab Bridges (Part VI) Lecture 15: Abutment Lecture 16: Design of RCC T Beam Bridge (Part I) Lecture 17: Design of RCC T Beam Bridge (Part II) Lecture 12: Design of Slab Bridges (Part IV) Lecture 13: Design of Slab Bridges (Part V) Lecture 9: Design of Slab Bridges (Part I) Lecture 10: Design of Slab Bridges (Part II) Lecture 11: Design of Slab Bridges (Part III) Lecture 7: Limit State Method of Design as per IS456:2000 Lecture 8: Limit State Method of Design as per IRC 112:2011 Lecture 6: Working Stress Method Lecture 3 : General Features of Design Lecture 4 : IRC Loading Lecture 5 : Design Codes Lecture 2 : Classification of Bridges Lecture 1 : Introdudction
105105166	Civil Engineering	NOC:Structural analysis I	Prof. Amit Shaw	Video	IIT Kharagpur	Select Lecture 46 : Analysis of Statically Indeterminate Structures by Force Method (Contd.) Lecture 47 : Analysis of Indeterminate Structures by Displacement Methods Lecture 48 : Analysis of Indeterminate Structures by Displacement Methods (Contd.) Lecture 49 : Analysis of Indeterminate Structures by Displacement Methods (Contd.) Lecture 50 : Analysis of Indeterminate Structures by Displacement Methods (Contd.) Lecture 51 : Analysis of Indeterminate Structures by Displacement Methods (Contd.) Lecture 52 : Analysis of Indeterminate Structures by Displacement Methods (Contd.) Lecture 53: Analysis of Indeterminate Structures by Displacement Methods (Contd.) Lecture 61 : Direct Stiffness Method (Contd.) Lecture 57 : Direct Stiffness Method Lecture 58 : Direct Stiffness Method (Contd.) Lecture 40 : Analysis of Statically Indeterminate Structures: Method of Consistent Deformations (Contd.) Lecture 41 : Analysis of Statically Indeterminate Structures: Method of Consistent Deformations (Contd.) Lecture 42 : Analysis of Statically Indeterminate Structures by Force Method Lecture 43 : Analysis of Statically Indeterminate Structures by Force Method (Contd.) Lecture 44 : Analysis of Statically Indeterminate Structures by Force Method (Contd.) Lecture 45 : Analysis of Statically Indeterminate Structures by Force Method (Contd.) Lecture 56: Analysis of Indeterminate Structures by Displacement Methods (Contd.) Lecture 38 : Analysis of Statically Indeterminate Structures: Method of Consistent Deformations Lecture 33 : Analysis of Statically Indeterminate Structures Lecture 34 : Analysis of Statically Indeterminate Structures (Contd.) Lecture 35 : Analysis of Statically Indeterminate Structures (Contd.) Lecture 36 : Analysis of Statically Indeterminate Structures (Contd.) Lecture 37 : Analysis of Statically Indeterminate Structures (Contd.) Lecture 54: Analysis of Indeterminate Structures by Displacement Methods (Contd.) Lecture 39 : Analysis of Statically Indeterminate Structures: Method of Consistent Deformations (Contd.) Lecture 25 : Deflection of Beams and Frames (Contd.) Lecture 31 : Influence Line Diagram and moving Loads (Contd.) Lecture 30 : Influence Line Diagram and moving Loads (Contd.) Lecture 29 : Influence Line Diagram and moving Loads (Contd.) Lecture 28 : Influence Line Diagram and moving Loads Lecture 27 : Deflection of Beams and Frames (Contd.) Lecture 26 : Deflection of Beams and Frames (Contd.) Lecture 24 : Deflection of Beams and Frames (Contd.) Lecture 23 : Deflection of Beams and Frames (Contd.) Lecture 22 : Deflection of Beams and Frames (Contd.) Lecture 14 : Analysis of Statically Determinate Structures: Method of Virtual Work (Contd.) Lecture 12 : Analysis of Statically Determinate Structures: Method of Virtual Work Lecture 20 : Deflection of Beams and Frames (Contd.) Lecture 21: Deflection of Beams and Frames (Contd.) Lecture 18 : Deflection of Beams and Frames (Contd.) Lecture 19 : Deflection of Beams and Frames (Contd.) Lecture 16: Analysis of Statically Determinate Structures: Method of Virtual Work (Contd.) Lecture 17 : Deflection of Beams and Frames Lecture 15 : Analysis of Statically Determinate Structures: Method of Virtual Work (Contd.) Lecture 13 : Analysis of Statically Determinate Structures: Method of Virtual Work (Contd.) Lecture 2 : Idealization of Structures, Threats and Responses Lecture 9 : Analysis of Truss: Method of Joints (Contd.) Lecture 10 : Analysis of Truss: Method of Sections Lecture 11 : Analysis of Truss: Method of Sections (Contd.) Lecture 7 : Analysis of Statically Determinate Structures: Truss Lecture 8 : Analysis of Truss: Method of Joints Lecture 5 : Review of Bending Moment and Shear Force Diagram of Beam Lecture 6 : Tutorial - I Lecture 3 : Static Equilibrium Lecture 4 : Determinate and Indeterminate Structures Lecture 1 : Introduction Lecture 32 : Influence Line Diagram and moving Loads (Contd.) Lecture 55: Analysis of Indeterminate Structures by Displacement Methods (Contd.) Lecture 60 : Direct Stiffness Method (Contd.) Lecture 59 : Direct Stiffness Method (Contd.)
105106049	Civil Engineering	Advanced Solid Mechanics	Dr. U. Saravanan	Web	IIT Madras	Select 1.1 Basic Concepts in Mechanics 1.2 Basic Equations in Mechanics 1.3 Classification of the Response of Materials 1.4 Solution to Boundary Value Problems 1.5 Summary 2.1 Overview 2.2 Algebra of vectors 2.3 Algebra of second order tensors 2.4 Algebra of fourth order tensors 2.5 Eigenvalues, eigenvectors of tensors 2.6 Transformation laws 2.7 Scalar, vector, tensor functions 2.8 Gradients and related operators 2.9 Integral theorems 2.10 Summary 2.11 Self-Evaluation 3.1 Overview 3.2 Body 3.3 Deformation Gradient 3.4 Lagrangian and Eulerian description 3.5 Displacement, velocity and acceleration 3.6 Transformation of curves, surfaces and volume 3.7 Properties of the deformation tensors 3.8 Strain Tensors 3.9 Normal and shear strain 3.10 Homogeneous Motions 3.11 Compatibility condition 3.12 Summary 3.13 Self-Evaluation 4.1 Overview 4.2 Traction vectors and stress tensors 4.3 Normal and shear stresses 4.4 Principal stresses and directions 4.5 Stresses on a Octahedral plane 4.6 Examples of state of stress 4.7 Other stress measures 4.8 Summary 4.9 Self-Evaluation 5.1 Overview 5.2 System 5.3 Conservation of Mass 5.4 Conservation of momentum 5.5 Summary 5.6 Self-Evaluation 6.1 Overview 6.2 Definition of elastic process 6.3 Restrictions on constitutive relation 6.4 Isotropic Hooke’s law 6.5 Material parameters 6.6 Restriction on material parameters 6.7 Internally constraint materials 6.8 Orthotropic Hooke’s law 6.9 Summary 6.10 Self-Evaluation 7.1 Overview 7.2 Formulation of boundary value problem 7.3 Techniques to solve boundary value problems 7.4 Illustrative example 7.5 General results 7.6 Summary 7.7 Self-Evaluation 8.1 Overview 8.2 Symmetrical bending 8.3 Asymmetrical bending 8.4 Shear center 8.5 Summary 8.6 Self-Evaluation 9.1 Overview 9.2 Twisting of thick walled closed section 9.3 Twisting of solid open section 9.4 Twisting of hollow section 9.5 Summary 9.6 Self-Evaluation 10.1 Overview 10.2 Winkler-Bach formula for curved beams 10.3 2D Elasticity solution for curved beams 10.4 Summary 10.5 Self-Evaluation 11.1 Overview 11.2 General formulation 11.3 Example 1: Point load 11.4 Example 2: Concentrated moment 11.5 Example 3: Uniformly distributed load 11.6 Summary 11.7 Self-Evaluation Bibliography
105106050	Civil Engineering	Advanced Structural Analysis	Prof. Devdas Menon	Video	IIT Madras	Select Lecture - 1 Review of Basic Structural Analysis I Lecture - 2 Review of Basic Structural Analysis I Leture - 3 Review of Basic Structural Analysis I Leture - 4 Review of Basic Structural Analysis I Leture - 5 Review of Basic Structural Analysis I Leture - 6 Review of Basic Structural Analysis I Lecture - 7 Review of Basic Structural Analysis II Lecture - 8 Review of Basic Structural Analysis II Lecture - 9 Review of Basic Structural Analysis II Lecture - 10 Review of Basic Structural Analysis II Lecture - 11 Review of Basic Structural Analysis II Lecture - 12 Review of Basic Structural Analysis II Lecture - 13 Review of Basic Structural Analysis II Lecture - 14 Review of Basic Structural Analysis II Lecture - 15 Review of Basic Structural Analysis II Lecture - 16 Review of Basic Structural Analysis II Lecture - 17 Basic Matrix Concepts Lecture - 18 Basic Matrix Concepts Lecture - 19 Basic Matrix Concepts Lecture - 20 Basic Matrix Concepts Lecture - 21 Basic Matrix Concepts Lecture - 22 Matrix Analysis of Structures with Axial Elements Lecture - 23 Matrix Analysis of Structures with Axial Elements Lecture - 24 Matrix Analysis of Structures with Axial Elements Lecture - 25 Matrix Analysis of Structures with Axial Elements Lecture - 26 Matrix Analysis of Structures with Axial Elements Lecture - 27 Matrix Analysis of Beams and Grids Lecture - 28 Matrix Analysis of Beams and Grids Lecture - 29 Matrix Analysis of Beams and Grids Lecture - 30 Matrix Analysis of Beams and Grids Lecture - 31 Matrix Analysis of Beams and Grids Lecture - 32 Matrix Analysis of Beams and Grids Lecture - 33 Matrix Analysis of Plane and Space Frames Lecture - 34 Matrix Analysis of Plane and Space Frames Lecture - 35 Matrix Analysis of Plane and Space Frames Lecture - 36 Matrix Analysis of Plane and Space Frames Lecture - 37 Matrix Analysis of Plane and Space Frames Lecture - 38 Analysis of elastic instability and second-order effects Lecture - 39 Analysis of elastic instability and second-order effects Lecture - 40 Analysis of elastic instability and second-order effects Lecture - 41 Life beyond Structures & Analysis
105106051	Civil Engineering	Finite Element Analysis	Dr. B.N. Rao	Video	IIT Madras	Select Lecture 1 Lecture 2 Lecture 3 Lecture 4 Lecture 5 Lecture 6 Lecture 7 Lecture 8 Lecture 9 Lecture 10 Lecture 11 Lecture 12 Lecture 13 Lecture 14 Lecture 15 Lecture 16 Lecture 17 Lecture 18 Lecture 19 Lecture 20 Lecture 21 Lecture 22 Lecture 23 Lecture 24 Lecture 25 Lecture 26 Lecture 27 Lecture 28 Lecture 29 Lecture 30 Lecture 31 Lecture 32 Lecture 33 Lecture 34 Lecture 35 Lecture 36 Lecture 37 Lecture 38 Lecture 39 Lecture 40
105106052	Civil Engineering	Geosynthetics and Reinforced Soil Structures	Dr. K. Rajagopal	Video	IIT Madras	Select Introduction & Need for Geosynthetics Types and Functions of Geosynthetics Polymers in Geosynthetics and Manufacturing Techniques Strength Analysis of Reinforced Soils - I Strength Analysis of Reinforced Soils – II Testing of Geosynthetics-I Testing of Geosynthetics-II Testing of Geosynthetics-III Different Types of Soil Retaining Structures Construction Aspects of Geosynthetic Reinforced Soil Retaining Walls Design Codes for Reinforced Soil Retaining Walls External Stability Analysis of Reinforced Soil Retaining Walls Seismic Loads and Internal Stability Analysis of Reinforced Soil Walls Testing Requirements for Reinforced Soil Retaining Walls Design Example of Reinforced Soil Retaining Walls-I Design Example of Reinforced Soil Retaining Walls-II Design Example of Reinforced Soil Retaining Walls-III Design Example of Reinforced Soil Retaining Walls-IV Case Study of Construction of Very High Tiered Reinforced Soil Walls Controlled Yielding to Reduce Lateral Earth Pressures on Rigid Walls Geosynthetic Reinforced Soil Embankments-I Geosynthetic Reinforced Soil Embankments-II Two-Part Wedge Analysis of Reinforced Soil Embankments Soil Embankments Supported on Geocell Mattresses Accelerated Pre-Consolidation of Soft Clay Soils Using Geosynthetics Geosynthetic Reinforced Pile Systems for High Embankments Geosynthetic Encasement for Stronger and Stiffer Stone Columns Response of Footings Resting on Reinforced Foundation Soils Bearing Capacity Analysis of Footings Resting on Reinforced Foundation Soils Design and Construction of Container Yards Using Geosynthetics Geosynthetics in Flexible Pavements – I Geosynthetics in Flexible Pavements – II Geosynthetics in Flexible Pavements and Carbon Foot Print Analysis Filtration of Soils Using Geosynthetics Drainage Applications of Geosynthetics Erosion Control of Soils Using Geosynthetics Sustainable Infrastructure Development & Natural Geosynthetics Introduction to Geosynthetics in Landfills Case Study of the Construction of Airport Runway at Pakyong, Sikkim Using Geosynthetics (Guest Lecture) Landfill Engineering Systems (Guest Lecture)
105106053	Civil Engineering	Modern Construction Materials	Dr. Ravindra Gettu	Video	IIT Madras	Select Prologue The Science, Engineering and Technology of Materials An Introduction - I The Science, Engineering and Technology of Materials An Introduction - II Review of Atomic Bonding - I Review of Atomic Bonding - II Structure of Solids - I Structure of Solids - II Structure of Solids - III Movement of Atoms in Solids Development of Microstructure - I Development of Microstructure - II Surface Properties Response to Stress - Part 1 Response to Stress - Part 2 Response to Stress - Part 3 Failure Theories Fracture Mechanics - Part 1 Fracture Mechanics - Part 2 Rheology of Liquids and Solids Thermal Properties Review of Construction Materials Wood and Wood Products-1 Wood and Wood Products - 2 Wood and Wood Products - Guest Lecture Polymers Fibre Reinforced Polymer - 1 Fibre Reinforced Polymer - 2 Metals Part 1 Metals Part 2 Metals Part 3 Bituminous Material Part 1 Bituminous Material Part 2 Concrete Part 1 Concrete Part 2 Concrete Part 3 Concrete Part 4 Concrete Part 5 Glass - Guest Lecture Social Perception - Guest Lecture Water Proofing - Guest Lecture Floor Finishes _ Guest Lecture Anchors _ Guest Lecture
105106055	Civil Engineering	Rock Engineering	Dr. V.B. Maji	Web	IIT Madras	Select Module 1 Lecture 1 Module 2 Lecture 1 Module 2 Lecture 2 Module 2 Lecture 3 Module 2 Lecture 4 Module 3 Lecture 1 Module 3 Lecture 2 Module 3 Lecture 3 Module 3 Lecture 4 Module 3 Lecture 5 Module 4 Lecture 1 Module 4 Lecture 2 Module 4 Lecture 3 Module 5 Lecture 1 Module 5 Lecture 2 Module 5 Lecture 3 Module 5 Lecture 4 Module 5 Lecture 5 Module 6 Lecture 1 Module 6 Lecture 2 Module 6 Lecture 3 Module 6 Lecture 4 Module 7 Lecture 1 Module 7 Lecture 2 Module 7 Lecture 3 Module 7 Lecture 4 Module 8 Lecture 1 Module 8 Lecture 2 Module 8 Lecture 3 Module 8 Lecture 4 Module 9 Lecture 1 Module 9 Lecture 2 Module 9 Lecture 3 Module 10 Lecture 1 Module 10 Lecture 2 Module 11 Lecture 1 Module 11 Lecture 2 Module 11 Lecture 3 Module 12 Lecture 1 Module 12 Lecture 2 Module 12 Lecture 3
105106056	Civil Engineering	Solid & Hazardous Waste Management	Dr. Indumathi Nambi	Web	IIT Madras	Select Introduction Municipal Solid Waste Management Fundamentals Presentation Municipal Solid Waste Management Fundamentals Hazardous Waste Management Fundamentals Presentation Hazardous Waste Management Fundamentals Radioactive Waste Management Fundamentals Presentation Radioactive Waste Management Fundamentals Environmental Risk Assessment Presentation Environmental Risk Assessment Physico Chemical Treatment Solid Hazardous Waste Presentation Physico Chemical Treatment Solid Hazardous Waste Biological Treatment Solid Hazardous Waste Presentation Biological Treatment Solid Hazardous Waste Landfill Overview Presentation Landfill Overview
105106058	Civil Engineering	Urban transportation planning	Dr. V. Thamizh Arasan	Video	IIT Madras	Select Lecture - 01 Introduction Lecture - 02 Introduction Contd. Lecture - 03 Introduction Contd. Lecture - 04 Course Outline Lecture - 05 Conceptual Aspects Lecture - 06 Conceptual Aspects Contd. Lecture - 07 Conceptual Aspects Contd. Lecture - 08 Conceptual Aspects Contd. Lecture - 09 Trip Generation Analysis Lecture - 10 Trip Generation Analysis Contd. Lecture - 11 Trip Generation Analysis Contd. Lecture - 12 Trip Generation Analysis Contd. Lecture - 13 Modal Split Analysis Lecture - 14 Modal Split Analysis Contd. Lecture - 15 Modal Split Analysis Contd. Lecture - 16 Modal Split Analysis Contd. Lecture - 17 Modal Split Analysis Contd. Lecture - 18 Modal Split Analysis Contd. Lecture - 19 Modal Split Analysis Contd. Lecture - 20 Trip Distribution Analysis Lecture - 21 Trip Distribution Analysis Contd. Lecture - 22 Trip Distribution Analysis Contd. Lecture - 23 Trip Distribution Analysis Contd. Lecture - 24 Trip Distribution Analysis Contd. Lecture - 25 Trip Distribution Analysis Contd. Lecture - 26 Trip Distribution Analysis Contd. Lecture - 27 Route Assignment Lecture - 28 Route Assignment Contd. Lecture - 29 Route Assignment Contd. Lecture - 30 Route Assignment Contd. Lecture - 31 Transportation Surveys Lecture - 32 Transportation Surveys Contd. Lecture - 33 Transportation Surveys Contd. Lecture - 34 Transport Related Land-Use Models Lecture - 35 Transport Related Land-Use Models Contd. Lecture - 36 Transport Related Land-Use Models Contd. Lecture - 37 Urban Structure Lecture - 38 Urban Structure Contd. Lecture - 39 Urban Goods Movement Lecture - 40 Urban Goods Movement Contd.
105106112	Civil Engineering	Design of Steel Structures I	Prof. A.R. Shantha Kumar	Web	IIT Madras	Select Introduction on Metallurgy of Steel Metallurgy of Steel Mechanical Properties of Steel The Manufacturing of Steel Structures Corrosion Steel Structures subjected to fire Fatigue of Steel Structures Summary on Metallurgy of Steel Introduction on Limit State Design Analysis procedures & Design Philosophy Other Design Requirements Summary on Metallurgy of Steel Introduction on Connections Bolted Connections Welding & Welded Connections Bolt Group Weld Group Beam and Column Splices Summary on Connections Introduction on Tension Members Behaviour of Tension Members Design of Tension Members Summary on Tension Members Structural Steel Design Project Introduction on Compression Members Types of Column Sections Steps in Design of Axizlly Loaded Columns Summary on Compression Members Concluding Remarks Introduction on Beams Concept Of Limit State Design of Beams Behaviour of Steel Beams Summary on Beams Introduction on Beam Columns Concept Of Limit State design of Beam Columns Design of members subjected to Combined Force Summary on Beam Columns Elastic buckling Strength curves Strength of compression members Concepts of effective lengths Torsional and torsional-flexural buckling of columns Design strength
105106113	Civil Engineering	Design of Steel Structures II	Prof. A.R. Shantha Kumar	Web	IIT Madras	Select Introduction to Beam Column Connection Connection Configurations Introduction to Industrial Building Loads Industrial Floors Roof Systems Plastic Analysis Portal Frames Crane Gantry Girders Design for Wind Action Design for Earthquake action Summary Introduction to Multi Storey Buildings Loading Analysis for gravity Loads Analysis for Lateral Loads Computer Analysis of Rigid Frames Advanced Structural forms Summary Introduction to Space Frames Types of Space Frames Space Truss Optimisation Design Space Optimality criteria Mathematical Programming Geometry as Variable Case Studies Conclusion Introduction to Cold Form Steel Advantages of Cold formed Sections Local Buckling Beams Axially Compressed Column Combined bending & Compression Tension Members Design on the basis of testing Empirical Methods Concluding Remarks Introduction to Microwave Towers Types of Communication Towers Ladders and Platforms Codal Provisions in the design of Communication Towers Introduction to Transmission Towers Material Properties, Clearances and Tower Configurations Factors of Safety and Load Tower Design Introduction to Foundation Of Towers Types of loads on Foundations Basic Design Requirements Soil Parameters Structural Arrangement of Foundation Soil Resistances for designing foundation Design Procedure for foundation Introduction to Bridges Steel used in bridges Classification of Steel bridges Loads and Load Combinations Analysis of Girder bridges Plate Girder bridges Truss Bridges Summary
105106114	Civil Engineering	Hydraulics	Dr. B.S. Thandaveswara	Web	IIT Madras	Select Free Surface Flows - Introduction Historical Development of Hydraulics History of Hydraulics in India Classification of Flow CHANNELS AND THEIR GEOMETRIC PROPERTIES Examples Pipe Flow and Free Surface Flow Continuity Equation Energy in Free Surface Flow Basic Momentum Equation Velocity Measurement and Distribution Discharge Measurement by Velocity-area Method Radio-active tracer technique for Measurement of River Discharges Measurement of Flow of Water and the Limitations of Velocity-area Method Errors in Depth Measurement in High Velocity Flows Secondary Current and Spiral Flow Energy and Momentum Coefficients-Derivation Energy and Momentum Coefficients for Different Velocity Distributions Energy vs. Momentum Equation Pressure Distribution Specific Energy Equations for Rectangular Channels Application of Specific Energy Problems Specific Force Transition-Problems Application of Specific Force and Specific Energy Transition in Field Characteristics of Critical Flow Occurrence of Critical Flow Critical Depth in Trapezoidal & Circular Channels Hydraulic Exponent for Critical Flow Problem Critical Flow Depth Computations Problems Measuring Flumes Critical Depth Flumes Weir's-Introduction Types of Control Structures Proportional Weirs Flow Over Weirs Polygonal Weirs Special types of weirs Broad Crested Weirs Types of Broad Crested Weirs Bear Trap Weir Flow below a Sluice Gate Brink Depth Modern Measurements of Flow Measurements Outlets and Modules Errors in Measurement International Standards for Flow Measurement in Open Channel Concept of Uniform Flow Derivation of Uniform Flow Equations Resistance in Open Channel Hydraulics History of Uniform Flow Velocity and Resistance Factor Friction Ganguillet and Kutter Formula Conveyance Section Factor for Uniform Flow Computation Hydraulic Exponent for Uniform Flow Computation Maximum Discharge Classification of Bed slope Computations Problems-Maximum Discharge Problem-Irregular Channel Solution of algebraic or Transcendental Equation by Bisection Method Solution of Manning Equation by Newton Raphson Method Slope Area Method Normal and Critical Slope Design of Canals Typical Canal Cross Sections Canal Lining Seepage Prevention with Impermeable membranes Failure of Canal Lining Most Efficient Hydraulic Section Design of Unlined Channels Examples and Problems Introduction Dynamic Equation for Steady Gradually Varied Flow Classification of Gradually Varied Flow Profiles Real Life Cases of Water Surface Profiles Sketching of Composite Water Surface Profiles Examples Computation of Gradually Varied Flow Example Standard Step Method Example Integration of Differential Equation Improved Euler Method Fourth Order R-K Method HEC-2 Normal Hydraulic Jump Classification of Jumps Momentum Equation General Hydraulic Jump Equation Energy Loss in the Jump Turbulent Characteristics of the Jump Pressure Distribution in the Jump Velocity Distribution in Hydraulic Jump Length of the Jump Air Entrainment Characteristics of the Jump Pre Entrained Hydraulic Jump Air Concentration Distribution along the Jump Decay of Turbulence Downstream from a Stilling Basin Hydraulic Jumps in Sloping Channels Sequent Depth Tail Water Relationship Stilling Basin Baffle Stilling Basin Bhavani Type Stilling Basin Stilling Basin in Sudden Expansion Slotted Bucket Stilling Basin Spillways -1 Siphon Spillways/Morning Glory Spillways Chute Spillway Stepped Spillway Introduction Classification of River Bends Transverse Water Surface Slope in Bends Superrelevation Velocity Distribution in Bends Introduction Basic Terminology Classification of Waves Ocean Waves Tides Nature of Waves Surge Computation Example 1 Example 2 Gradually Varied Unsteady Flow Celerity Method Of Characteristics Method of Specified Intervals Dambreak Problem History of Dam Failures Causes of Dam Failures Routing Case Study-Dam Break Analysis for Kali River Self Aerated Flow-Definition of Terms and Instrumentation Characteristics of Self Aerated Flows Measurement in Self Aerated Flows Experimental Investigation Bhakra Dam SpillwayA Case Study
105106115	Civil Engineering	Infrastructure Planning and Management	Prof. A. Veeraragavan	Web	IIT Madras	Select Introduction to Infrastructure The Infrastructure Scenario in India The Power Sector in India The Water Sector in India Transportation Infrastructure Telecommunications sector in India Urban Infrastructure in India Rural Infrastructure in India Road Infrastructure Development in India Rural Road Development in India- Opportunities and Challenges Key Issues - Sector-wise Infrastructure Players Phases of and Infrastructure Project Construction and Maintenance of Infrastructure Public Private Partnerships PPP Case Study - Cochabamba water privatisation Dabhol Case Study Risk Management in infrastructure projects Infrastructure Economics and Finance Project Structuring and Risk Allocation in Project Finance Risk Management for Infrastructure Projects & Term Sheet Development Project Governance Data Base Management Design for Infrastructure Service Life Developer Selection Methodology Pavement Management System Life Cycle Cost and Benefit Analysis Pavement Preservation and Road Asset Management Maintenance of Infrastructure - Case Study of Road Sector Performance Based Contracts - Case Study of Road Sector Performance Based Design of a highway Pavements for a National Highway project Privatisation in Infrastructure Projects Road Information System for maintenance management of road infrastructure Urban Infrastructure Needs and Funding Options Innovative Infrastructure Finance Tourism Infrastructure Projects - Implementation on PPP format Vizhinjam Port - A Case Study New and Innovative Materials for Long Lasting Road Infrastructure Green Highways - Recycling Technology Durable Road Infrastructure - Choices and Innovations
105106116	Civil Engineering	Mechanics of solids	Prof. M.S. Sivakumar	Video	IIT Madras	Select Planar Rigid Body Degrees of freedom Equations of Equilibrium Planar rigid body Statics Example 1 Rigid Body Statics Example 2 Structural Systems with rigid bodies Types of 1-D Structural Elements Trusses - Axial members Analysis of Truss Systems Stability of Structural systems Trusses - additional discussions Trusses - Method of Sections Beams - example 1 Beams - BMD & SFD Beams - loading, shear and BM relationships Virtual work method Virtual displacements Finding virtual displacements Virtual Work Method - Example 1 Virtual Work Method - Example 2 Static Friction - an understanding Belt Friction Friction : Solving Problems General concepts - rigid bodies Motion of a rigid body = a translation + a rotation Motion of a point of the rigid body Motion of one point on a rigid body relative to another Understanding rotational motion r_dot = w x r Kinematics velocity and acceleration Understanding Coriolis Acceleration Kinematics - Solving problems Equations of motion of a rigid body Tips and Techniques 1/2 Tips and Techniques 2/2 Solving Problems 1/4 Solving Problems 2/4 Solving Problems 3/4 Solving Problems 4/4 Engineering Statics - Solving problems
105106117	Civil Engineering	Pre-stressed Concrete Structures	Dr. Amlan Kumar Sengupta	Web	IIT Madras	Select Introduction on Pre-stressed Concrete Structures Advantages and Types of Prestressing Pre-tensioning Systems and Devices Post-tensioning Systems and Devices Concrete (Part I) Concrete (Part II) Prestressing Steel Losses in Prestress (Part I) Losses in Prestress (Part II) Losses in Prestress (Part III) Analysis of Members under Axial Load Analysis of Member under Flexure (Part I) Analysis of Member under Flexure (Part II) Analysis of Member under Flexure (Part III) Analysis of Member under Flexure (Part IV) Analysis of Member under Flexure (Part V) Design of Members Design of Sections for Flexure (Part I) Design of Sections for Flexure (Part II) Design of Sections for Flexure (Part III) Design of Sections for Flexure (Part IV) Detailing Requirements for Flexure Analysis for Shear Design for Shear (Part I) Design for Shear (Part II) Analysis for Torsion Design for Torsion (Part I) Design for Torsion (Part II) Calculation of Deflection Calculation of Crack Width Transmission of Prestress (Part I) Transmission of Prestress (Part II) Cantilever Beams Continuous Beams (Part I) Continuous Beams (Part II) Composite Sections One-way Slabs Two-way Slabs (Part I) Two-way Slabs (Part II) Compression Members Circular Prestressing
105106118	Civil Engineering	Pre-stressed Concrete Structures	Dr. Amlan Kumar Sengupta	Video	IIT Madras	Select Prestressing System Types of Prestressing Prestressing System and Devices(Pre-Tensioning) Prestressing System and Devices(Post-Tensioning) Concrete(Part-1) Concrete,Grout(Part-2) Prestressing Steel Losses in Prestress Friction&Anchorage Slip Creep,Shrinkage & Relaxation Losses Analysis of Members Analysis of Members Under Flexure Cracking Moment,Kern Point and Pressure Line Analysis of Rectangular sections Analysis of Flanged Sections Analysis of Partially Prestressed Section Design of Members Design of Members for Flexure (Type1 Members) Design of Members for Flexure (Type1&Type3) Choice of Sections and Determination of Limiting Magnel`s Graphical Method Detailing Requirements Analysis and Design for Shear and Torsion Design for Shear (Part 1) Design for Shear (Part 2) Analysis of Torsion Analysis of Torsion(Part -1) Analysis of Torsion(Part -2) Calculations of Deflection and Crack Width Transmission of Prestress Post-tensioned Members Cantilever Beams Continuous Beams(Part 1) Continuous Beams(Part 2) Composite Sections One-Way Slabs Two-Way Slabs(Part-1) Two-Way Slabs(Part-2) compression Members Circular Prestressing,Conclusion
105106119	Civil Engineering	Water and Waste Water Engineering	Prof. Ligy Philip	Video	IIT Madras	Select Introduction To Water & Waste Water Engineering Water & Waste Water Quality Enhancement Water & Waste Water Quantity Estimation Water & Waste Water Quantity Estimation (Contd) Water & Waste Water Characteristics Water & Waste Water Characteristics (Contd) Water Treatment System Unit Operations Sedimentation Sedimentation - Continued Coagulation & Flocculation Coagulation & Flocculation (Contd) Softening Filtration Filtration (Contd) Disinfection Introduction To Domestic Waste Water Treatment Physical Unit Processes For Waste Water Treatment Introduction To Microbiology Microbiology- Continued Waste Water Treatment Reactor Analysis Biological Unit Processes - Activated Sludge Process Activated Sludge Process -Modification Activated Sludge Process (Contd) Aeration,Nitrification And Denitrification Natural Waste Water Treatment Systems: Ponds & Lagoons Attached Growth Aerobic Process: Trickling Filters And Rotating Biological Contractors Anaerobic Treatment Anaerobic Process-UASB Reactor (Contd) UASB- Continued & Sludge Treatment Sludge Treatment (Contd) Sludge Treatment Continued & Waste Water Disposal Waste Water Disposal And Reuse Advanced Waste Water Treatment Adsorption Ion Exchange, Advanced Oxidation Process Industrial Waste Water Treatment Water Distribution Networks Sanitary sewerage systems Storm water sewerage systems Intake Structures And Pumping Installations
105106142	Civil Engineering	Concepts in Geotechnical and Foundation Engineering	Dr. Nainan P. Kurian	Web	IIT Madras	Select Void ratio (e) – porosity (n) relationship The "effective stress principle" – A theoretical building block Shear strength - The characteristic strength of soil Earth pressures Bearing capacity - The load bearing role of soil Permeability – The flow of water through soil Consolidation - A cause of settlement of foundations Compaction - The densification of soil The essence of geotechnical design of foundations Geotechnical design of shallow foundations in cohesive and cohesionless soils Geotechnical design of deep foundations Special piles Geotechnical design (Stability analysis) of retaining structures Soil pressure for structural design Soil–structure interaction – A brief review of its implications Some routine field tests in foundation engineering
105106144	Civil Engineering	Advanced Techniques in Geotechnical and Foundation Engineering	Dr. Nainan P. Kurian	Web	IIT Madras	Select Shell foundations Prestressing in foundations Special construction problems Pile driving and well sinking Drainage of soil and dewatering of foundations Prestressed ground anchors Diaphragm walls Bored pile walls Reinforced earth and soil nailing Use of geotextiles in geotechnical engineering Sanitary landfills Gabions, Cribs Controlled yielding technique for reduction of lateral earth pressure Retaining walls with relieving shelves Ground improvement by vibro-compaction – Stone columns Soilcrete Soilfrac (Soil fracturing) Static installation of piles – Pipe/Box jacking Vacuum consoilidation Dynamic compaction Dynamic pile testing Centrifugal testing of geotechnical models Pressuremeter testing The flat dilatometer test Piezocone test Statnamic load testing Load test using bi-directional Osterberg cell The role of drilling mud in geotechnical engineering Cathodic protection of marine foundations Granular pile anchor in swelling soils Multistoreyed structures with basements - Top-down construction Piled raft foundation – Famous examples Geotechnical intervention in the restoration of the Leaning Tower of Pisa The Simple Harmonic Motion
105106145	Civil Engineering	NOC:Sustainable River Basin Management	Dr. Franziska Steinbruch	Video	IIT Madras	Select Lecture 01 Lecture 02 Lecture 03 Lecture 04 Lecture 05 Lecture 06 Lecture 07 Lecture 08 Lecture 09 Lecture 10 Lecture 11 Lecture 12 Lecture 13 Lecture 14 Lecture 15 Lecture 16 Lecture 17 Lecture 18 Lecture 19 Lecture 20 Lecture 21 Lecture 22 Lecture 23 Lecture 24 Lecture 25 Lecture 26 Lecture 27 Lecture 28 Lecture 29 Lecture 30 Lecture 31 Lecture 32 Lecture 33 Lecture 34 Lecture 35 Lecture 36 Lecture 37 Lecture 38 Lecture 39 Lecture 40
105106149	Civil Engineering	NOC:Project Planning & Control(Course sponsored by Aricent)	Dr. Koshy Varghese	Video	IIT Madras	Select Lesson 1. What is Project Management?, Is Project Management an Art/ Science? Lesson 2. Objectives of a Project, Scientific Way of Managing of Objectives Lesson 3. Course Scope & Plan, Questions and Discussions Lesson 4. Construction Industry and National Growth Lesson 5. Project Stakeholders, Project Phases, Project Organization Lesson 6. Project Scheduling Levels (& Scheduling Engineer Responsibilities) Lesson 1. Time Management - Overview Lesson 2. Basics of Work Breakdown Structure (WBS) Lesson 3. Tools for Time Management Lesson 4. Gantt / Bar Chart - History, Representation, Progress Monitoring, Uses, Steps to draw a Bar Chart Lesson 5. Develop a Bar Chart (Exercise) Lesson 6. Bar Charts for Resource Usage, Pros and Cons Lesson 1. Duration Estimation - Types, Inputs, Methods, Parametric Estimation Lesson 2. Factors influencing Productivity, Example for Ideal Productivity, Factored Productivity and Working Time Factor Lesson 3. Piling Activity Example, Applicability of different methods to Estimate Activity Duration Lesson 4. Summary of Key Topics, Types of Networks Lesson 5. Networks - Introduction, Techniques Lesson 6. Representing Results in a Bar Chart, AON Example -2 Lesson 1. Introduction to Floats, Types of Floats and Example- 1 Discussion Lesson 2. Example 4, Usage of Floats for Project Decisions Lesson 3. Two-Span Bridge: Activity Identification and Duration Estimation (Cont.,) Lesson 4. Two-Span Bridge: Activity Identification and Duration Estimation Lesson 5. Two-Span Bridge: Activity- Duration- Predecessors Lesson 6. Review Network Analysis Concepts, Apply Network Analysis to Two-Span Bridge (Cont.,) Lesson 7. Two-Span Bridge: Network Analysis Lesson 8. Two-Span Bridge: Resource Constraints in Network Logic Lesson 1. Fast-Tracking vs Crashing, Relationship between Activity Direct Cost & Activity Duration - Assumptions Lesson 2. Time-Cost trade-off: ABCD Example Project, Steps for Crashing Lesson 3. Time-Cost trade-off: Class Exercise- 2 Lesson 4. Time-Cost trade-off: Problem- 3, Tabulation Approach Lesson 5. Incorporating Factors such as Bonus and Penalty; Problem- 4 Lesson 1. What is Resource?, Influence of Resources on Schedule, Two-Span Bridge Example, Resource Decisions; ABCD Example Project; Resource Over-Allocation; Example-2 Lesson 2. Projects & Resources, Example of Two Resources, Exercise, Two-Span Bridge Example Lesson 3. Review Problem -1; Problem -2 (Cash Resource); Resolving Over-Allocation Lesson 4. Problem 1- Two Resources; Resolving Resource Allocation Problems Lesson 5. Resource Profile Requirements Lesson 6. Resource Leveling - Example Network Lesson 7. Minimum Moment Concept Lesson 8. Applying Improvement Factor - Illustration Lesson 1. Introduction to Precedence Diagramming Method (PDM) Lesson 2. PDM network representation and its issues, Network Calculation Lesson 3. PDM – Problem #1 Lesson 4. Issues in PDM, Negative Lags, Problem #2 Solution Lesson 5. PDM – Analysis with non-continuous duration, Floats Lesson 6. Defining Relationship (Based on Construction Method) - Simple Shed Lesson 7. Project Monitoring & Control – Typical Project Time Monitoring Process, Levels and Frequency of updates Lesson 8. Project Control Process, Daily Progress Report, Macro Level Update- Data Need, Standard Progress Reports Lesson 9. Application: Two Span Bridge – ES Schedule Lesson 1. Review of Key Issues in Project Monitoring, Earned Value Concept Through Examples Lesson 2. Basic Earned Value Definitions & Terminology, Summary Lesson 3. Uncertainty in Project Schedules Lesson 4. PERT Background & Assumptions, Stepwise Procedure Lesson 5. PERT Example Problem, Summary Lesson 6. Course Conclusion Lesson 7. Emerging Trends/Tools in Project Planning Lesson 8. Industry Perspective –Prof. N. Raghavan Lesson 9. Final Exam Pattern, Acknowledgements
105106151	Civil Engineering	NOC:Structural Dynamics	Prof. Ramancharala Pradeep Kumar	Video	IIT Madras	Select Tutorial 2: Eigen vector and Modal Orthogonality Module 1: Multi-Degree of Freedom System Module 3: Development of Tripartite Plot Module 2: Methods Based on Interpolation of Excitation Module 1: Numerical Methods Accessing Elements of a Vector Calculations with Vectors Creating Matrices Matrix Creation Functions Accessing Elements of a Matrix Matrix Multiplication Logical Operators Writing a FOR Loop If - Else Statements While Loop Line Plots Annotating Graphs Exploring Figures in MATLAB Online Damped Free Vibration Types of Damping Logarithmic Decrement Dynamic Equilibrium Equation Using Energy Method Module 1: UnDamped Forced Vibration Module 2: Damped Forced Vibration Module 3: Relationship between Rd, Rv & Ra Module 4: Resonant Frequency & Half Power Band Width Module 4: Approximate Methods For Finding Natural Frequency Module 3: Multi-Degree of Freedom System: Modal Orthogonality W11T: Non Structural Elements Module 2: Non Structural Elements Example Module 1: Classical and Non-classical Damping Module 2: Vibration Control Module 3: Base Isolation Module 4: Tuned Mass Damper Creating Vectors MATLAB as a Calculator MATLAB Functions Module 2: Multi-Degree of Freedom System: Solution of Equilibrium Equation Module 1: Three Dimensional Dynamic Analysis Module 2: Response Spectrum Analysis Getting Started with MATLAB Online What is MATLAB? W09T01: Centre of Mass & Centre of Stiffness Module 1: Vibration of Continuous Systems Module 2: Example Problem on Continuous system Module 1: Dynamics of Non Structural Elements Module 1: Introduction of Structural Dynamics Module 2: Types of Analysis Module 3: Degrees of Freedom Module 4: Vibrations of SDOF Systems Module 5: Methods Solution of Equilibrium Equation Creating Uniformly Spaced Vectors (LINSPACE) Module 6: UnDamped free Vibration Module 1: Response Spectrum Module 3: Central Difference Method Module 4: Numerical Methods based on Variation of Acceleration: Newmark’s Method Central Difference Method (Tutorial) Module 2: Special Cases of Response Spectrum Module 1: Response to Arbitrary Force Module 2: Special Cases in Arbitrary Force Module 3: Theory of Seismometer Module 2: Generation of Elastic Design Response Spectra Module 1: Time History Analysis Tutorial 01: Generation of Mass Matrix Module 3: Fourier Transformation Module 5: Transmissibility Creating Uniformly Spaced Vectors (Colon Operator) MATLAB Variables
105107059	Civil Engineering	Advanced Hydraulics	Dr. C. S. P. Ojha	Web	IIT Roorkee	Select Classification, types and regimes in Open channel flow Channel geometry Velocity distribution in open channel, Wide-open channel Specific energy and Critical flow Computation of critical flow Momentum in open channel flow, Specific force Qualification of Uniform flow, Velocity measurement, Chezy\\\'s and Manning\\\'s Equation Determination of Roughness Coefficient, Normal Depth and Velocity Economical Section, Non Erodible Channels Flow in channel with equivalent roughness, Horton\\\'s method of Equivalent roughness estimation. Flow in close conduits with open channel flow Dynamic equations of gradually varied flow and assumptions Draw down and Back water curves, Profile Determination, Graphical integration Classification of surface profile Graphical integration, Direct and Standard step method, Numerical methods Flow through channel transitions Dynamic equation of spatially varied flow, Spatially varied flow profile, Computation of spatially varied flow Hydraulic jump Types and analysis of hydraulic jump Basic characteristic of jump Length, Profile jump, Jump on sloping floor Location of jump Jump as energy dissipation, Control of jump Surges in open channel Sudden transition, Sub-critical flow through sudden transition Flow through culverts Flow through bridge piers and obstruction High flow through bridge pier and obstruction Channel junction Application of momentum principle Impact of jets on plane plates Impact of jets on curved plates Turbines, classification, Radial flow turbines, Axial flow turbines Draft tube and cavitations Performance of turbines, Similarity laws Centrifugal pump Minimum speed to start the pump, Multistage pumps Positive displacement pumps, Reciprocating pump Negative slip, Flow separation conditions, Air vessels Indicator diagram and its variation Savings in work done Jet, Submersible and Rotary pumps
105107062	Civil Engineering	Global Positioning System	Dr. R.D. Garg	Web	IIT Roorkee	Select Definition and Fundamentals of Geodesy, Geoid, Reference Ellipsoid Geodetic System History of GPS Details of GPS Segments Blocks of GPS satellites Advantages and Current Limitations of GPS GPS Signal structure GPS Receivers Principles of GPS position fixing Determination of GPS satellite coordinates Types of Ephemeris GPS Data Formats GPS satellite orbit, clock and position geometry based source of errors Various Forces on GPS Satellite Effects of Orbital Bias Receiver clock dependent source of errors Cycle slips, Anti Spoofing Propagation or atmosphere dependent source of errors Multipath Satellite geometry based measures Introduction to adjustment computations Observation equation Data Processing Models for single point positioning and relative/differential positioning Data combinations Static relative positioning Single point positioning vs. Relative positioning Practical GPS survey field procedures Accuracy and recording time Accuracy and recording time-1 Preparation of GPS surveys: Setting up an observation plan Practical aspects of field observations Observation strategies Introduction, Legacy civil Signal Future developments in GPS Introduction to GLONASS and GALILEO system Introduction to GLONASS and GALILEO system-1 Geodetic control surveys Engineering and monitoring Geographical Information Systems (GIS) Vehicle tracking and Navigation 8.8 Location Based Service – LBS & special applications
105107066	Civil Engineering	Soil Dynamics	Dr. S. Mittal	Web	IIT Roorkee	Select General Equivalent dynamic load to an actual earthquake load Cause of earthquakes General-1 Definitions & Harmonic motion Wave propagation Case study General – Utilities Lab Techniques Factors Affecting : Shear modulus, Elastic modulus and elastic constants General-2 Pseudo-Static method Pseudo-Static analysis Displacement Analysis Bearing Capacity of Footings Settlement, Tilt, Displacement Pseudo-Static analysis-1 Dynamic Analysis Dynamic Analysis-2 Introduction Pseudo-Static analysis-2 Pile foundations Pile foundations-1 Piles under vertical vibrations Introduction-1 Seismic stability analysis types Inertial slop stability analysis Weakening slope stability analysis Introduction Liquefaction Mechanics of liquefaction Laboratory studies Different laboratories test Introduction Machine Foundations Types of Machine Foundations Safety criterion Method of Analysis Design of machine foundation Introduction Vibration Isolation Preventing Vibrations Basic concept of vibration isolation Types (Passive and Active)
105107067	Civil Engineering	Urban transportation planning	Dr. M. Parida	Web	IIT Roorkee	Select General Transportation in the Cities Future developments Urban Activity Systems Classification of roads Types of Urban or Road System Classification of Urban Goods movements-1 Methodology of approach to analysis of goods movement-1 Modelling demand for Urban Goods transport-1 Transport Planning Process-1 Evaluation & Choice-1 Sequence of Activities Involved in transport analysis-1 Introduction--1 Details of Trip Generation-1 Trip Production Statistical Analysis-1 Trip Production Statistical Analysis-2 Category Analysis OR Cross Classification-1 Influencing Factor Earlier Model Split Models-1 Disaggregate Mode- Choice Model Binary Choice logit model Situations Logit Model Case Studies Basis of Trip- distribution Gravity Model of trip distribution Case Studies of Gravity Models Growth Factor Methods of Trip distribution-1 Description of transport Network-1 Route Choice Behavior The Minimum Path Route Assignment Techniques-1 Example Introduction---1 Types of movement Types of Survey-1 Cordon line Survey Introduction-----1 Types of models Components of Transportation Types of Urban or Road System-1
105107120	Civil Engineering	Foundation Engineering	Prof. Mahendra Singh	Video	IIT Roorkee	Select Shallow Foundation 1 Shallow Foundation 2 Shallow Foundation 3 Shallow Foundation 4 Shallow Foundation 5 Shallow Foundation 6 Shallow Foundation 7 Lateral Earth pressure Theories Retaining Walls - 1 Lateral Earth pressure Theories Retaining Walls - 2 Lateral Earth pressure Theories Retaining Walls - 3 Lateral Earth Pressure Theories Retaining Walls - 4 Lateral Earth Pressure Theories Retaining Walls-5 Pile Foundation-1 Pile Foundation-2 Pile Foundations-3 Pile Foundations-4 Pile Foundations-5 Pile Foundations-6 Pile Foundations-7 Machine Foundations-1 Machine Foundations-2 Machine Foundations-3 Machine Foundations-4 Well Foundations - 1 Well Foundations-2 Well Foundations-3 Foundation Engineering Foundation Engineering 2 Foundation Engineering 3 Foundation Engineering 4 Foundation Engineering 5 Foundation Engineering 6 Foundation Engineering 7 Foundation Engineering 8 Foundation Engineering 9 Foundation Engineering 10 Foundation Engineering 11 Foundation Engineering 12 Foundation Engineering 13 Foundation Engineering 14
105107121	Civil Engineering	Modern Surveying Techniques	Prof. S.K. Ghosh	Video	IIT Roorkee	Select Geographic Information System An Introduction Introduction to Global Positioning System GPS Positioning Methods GPS Solutions and Errors GPS Application Remote Sensing Introduction Electromagnetic Spectrum Sensors and Platform Sensors and Platform Image Interpretation Statistical Evaluation of RS Data Rectification and Restoration Image Enhancement Image Transformation Orthogonal Transformation Image Classification(Supervised Classification) Image Classification(Unsupervised Classification) Spatial Filtering-Noise Removal Spatial Filtering-Edge Removal Photogramatic-Basic concepts of a single photography Stereoscopy-Basic concepts Stereoscopy-Geometry of overlaping photograph Terrestrial Photogrammetry Digital Elevation Model-Basic Concepts Digital Elevation Model-Data Input and Stamping Digital Elevation Model-Surface representation and analysis GIS-Introductory Concepts GIS-Data Input Data Verification and Editing GIS Data Model GIS Data Base Spatial Analysis Map Overlay and Spatial Correlation Application to Drought Management GIS base planning model for educational facilities in rural areas Application extraction of building attributes Zonal based tourism planning Zonal Planning using remote sensing Municipal GIS for assassment of property tax Application of remote sensing
105107122	Civil Engineering	Surveying	Prof. J.K. Ghosh	Web	IIT Roorkee	Select Introduction to Surveying Fundamentals of Mapping Overview of Surveying and Indian Topographic Map Significant Figures Errors in Measurement Propogation of Error Reliability and Quality of Measurement Direct Measurement of Distance Errors in Measurement of Distance Electronic Measurement of Distance Instrument - Levels Permanent Adjustment of Level Levelling Principle, Methods and Differential Levelling Profile Leveling Reciprocal and Trigonometric Leveling Errors, Mistakes and Precautions in Leveling Representation of Vertical Distance Representation of vertical distance ? contd. Fundamentals of Relative direction Theodolite and its temporary adjustment Permanent adjustment of Theodolite Teodolite Measurement and Errors Basics of Tacheometry and Stadia System Non-stadia Systems Introduction to Astronomy Azimuth - its determination Field Method of Hour Angle (Based on Sun observation) Traverse Surveying Traverse Computation Coordinate Computation Omitted Measurement Plotting of Traverse Basics of Plane Table Surveying Methods of Plane table Surveying Three Point Problem Errors in Plane Table Surveying Simple Circular Curve Layout of a Simple Circular Curve Transition and Combined Curve Vertical Curve
105107123	Civil Engineering	Transportation Engineering II	Prof. Rajat Rastogi	Video	IIT Roorkee	Select Introduction to Railway Engineering Gauges and Permanent Way Wheel and Axles, Coning of Wheels Track Resistances, Hauling Capacity Track Modulus, Stresses in Track Stresses in Components of Track Rails Creep in Rails Wears & Failures in Rails Jointed or Welded rails Sleepers Ballast Fastenings Geometric Design - Alignment of Track Horizontal Curve and Super elevation Speeds on Track Transition Curve & Widening of Track Vertical Curve & Gradients Turnouts - Components Crossing and Design of Turnout Track Junctions and Designs Signals Part-1 Signals Part-2 Train Control Systems Interlocking of Track High Speed Tracks Introduction of Air Transport Aircraft Characteristics Aircraft Controls, Airport Site&Size Selection Airport Obstructions Runway Orientation Runway Length Runway Geometric Taxiway Exit Taxiway Aprons and Aircraft Parking Terminal Area and Building Terminal Planning and Hangers Visual Aids-Markings Visual Aids-Lighting and Signage
105107129	Civil Engineering	Hydrological Measurements and Analysis of Data	Dr. Sharad Kumar Jain	Web	IIT Roorkee	Select Hydrologic Cycle - 1 Hydrologic Cycle - 2 Hydrologic Cycle - 3 Classification of Hydrologic Data Design of Hydrometeorological Networks Validation of Hydrologic Data Rainfall Gauges Spatial Interpolation of Rainfall Data Disaggregation of Rainfall Data Analysis of Rainfall Data Selection of Gauging Sites Measurement of Discharge Processing of Streamflow Data Processing of Streamflow Data-1 Processing of Streamflow Data-2 Pan Evaporation Data Sunshine Data Physical Indicators Biological Indicators Sediment Data Processing of Water Quality Data Ground Water Data Topographic, Land Use, Land Cover Data Water Use and Demand Data Acquisition and Management of Spatial Data-1 Acquisition and Management of Spatial Data-2 Acquisition and Management of Spatial Data-3 Acquisition and Management of Spatial Data-4 Hydrological databases and Dissemination of Data-1 Hydrological databases and Dissemination of Data-2 Basic Concepts Probability Distributions Methods of Parameter Estimation Problems in Parameter Estimation Hypothesis Testing Correlation Analysis Regression Analysis and Linear Regression Linear Regression Multiple Linear Regression Multiple Linear Regression and other topics
105107155	Civil Engineering	NOC:Introduction to Geographic Information Systems	Dr.Arun K.Saraf	Video	IIT Roorkee	Select Lecture 03-Different types of vector data and concept of topology Lecture 02-Different components of GIS Lecture 01-What is Geographic Information Systems? Lecture 08- Spatial database systems and their types Lecture 09-Pre-processing of spatial datasets Lecture 10- Geo-referencing Lecture 11-Different map projections Lecture 12- Spatial interpolation techniques Lecture 13-Digital Elevation Models and different types of resolutions Lecture 14-Quality assessment of freely available DEMS Lecture 15-GIS analysis-1 Lecture 16- GIS analysis - Part 2 (Overlaying Operations) Lecture 17-GIS analysis Part-3 (Buffer Analysis) Lecture 18 -Classification Methods Lecture 19 -Errors in GIS and Key elements of maps Lecture 20- Limitations of GIS lecture 05-TIN data model and comparisons with raster Lecture 04-Raster data models and comparisons with vector Lecture 06- Non-spatial data (attributes) and their type Lecture 07- Raster data compression techniques
105107156	Civil Engineering	NOC:Principles and Applications of Building Science	Dr. E. Rajasekar	Video	IIT Roorkee	Select THERMAL PERFORMANCE OF BUILDING ENVELOP - Indices and measures (2/2) THERMAL PERFORMANCE OF BUILDING ENVELOP - Indices and measures (1/2) ENERGY EFFICIENCY AND SIMULATION BUILDING ACOUSTICS - BASICS SOUND PROPAGATION ACOUSTIC QUALITY INDICATORS (1/2) ACOUSTIC QUALITY INDICATORS (2/2) Thermal Adaptation Thermal Comfort in Built Environment -2 Thermal Comfort in Built Environment -1 Climate Classification ACOUSTIC DESIGN CONSIDERATIONS SHADING ANALYSIS GLAZING AND SHADING SYSTEMS THERMAL PERFORMANCE OF BUILDING ENVELOP BIOCLIMATIC ASSESSMENT Solar Geometry ACOUSTIC MATERIALS LIGHTING - BASICS LIGHTING – DESIGN CONCEPTS
105107157	Civil Engineering	NOC:GPS SURVEYING	Dr.Jayanta Kumar Ghosh	Video	IIT Roorkee	Select Field demonstration of GPS Positioning Method GPS Observables (Types, Errors & Quality) Errors in GPS Observables (Systematics Errors) GPS Data Pre-Processing-I GPS Position GPS Data Pre-Processing-II GPS Data Processing-I GPS Data Processing-II Quality Assessment of GPS Surveying Procedure of GPS Surveying-I Procedure of GPS Surveying-II GPS Positioning (Principle & Methods) GPS Software GPS Signal (Civilian Perspective) GPS Receiver GPS System Introduction (GPS Surveying & Applications) Procedure of GPS Surveying-III GPS Field Surveying GPS Data Processing
105107158	Civil Engineering	NOC:Digital Land Surveying And Mapping(DLS&M)	Prof. Jayanta Kumar Ghosh	Video	IIT Roorkee	Select Quality Assessment of GPS Surveying Introduction to Total Station Parts of Total Station Accessories of Total Station Handling & Setting of Total Station Measurement of Distance Measurement of Distance Using TS Measurement of Horizontal Angle Using TS Measurement of Vertical Angle and Height Using TS Errors in Total Station Other Errors in Total Station Errors and Quality of Surveying Measurements Error Propagation and Survey Specifications Basics of Vertical Representation Contouring Mapping Fundamentals GPS Data Processing: Baseline Processing GPS Data Processing: Network Adjustment GPS Data Pre-processing: Differencing GPS Data Pre-processing: Point Positioning Mapping Basics Errors in GPS Observables Principle of GPS Positioning & GPS Observables GPS Position Demonstration of GPS Receivers, Software and Positioning of Control Point GPS Positioning of Control Point GPS User Segment GPS Signal (Civilian Perspective) Introduction of GPS Fundamentals & Operations Mapping Software Overview of Digital Land Surveying Introduction & Applications Automated Mapping Working Steps Establishment of Control Point Detailing of Digital Land Surveying Demonstration of Digital Land Survey Detailing Data Preparation and Map Making Overview of the Course
105107160	Civil Engineering	NOC:Digital Image Processing of Remote Sensing Data	Dr.Arun K.Saraf	Video	IIT Roorkee	Select Limitations and Future of Digital Image Processing Application of Image Analysis Image Merging and Image Mosaicing Techniques SAR Interferometry (InSAR) Techniques Principles of Image Interpretation Image Classification Techniques Basic Image Compression Techniques and Different Image File Formats Frequency Domain Fourier Transformation Spatial Filtering Techniques Multispectral Transform, Scatter Plot, Principal Component Analysis and Decorrelation Stretch Image Enhancement Techniques part 2 Image Enhancement Techniques part 1 Geo-referencing Techniques Image histograms and statistics Color Representation and Transformations Electromagnetic spectrum, solar reflection, and thermal emission Image characteristics and Different Resolutions in Remote Sensing Why is Digital Image processing Important? Different Techniques of Image Acquisition Remote-sensing Image and How it is represented.
105108069	Civil Engineering	Advanced Foundation Engineering	Dr. T.G. Sitharam	Web	IISc Bangalore	Select Soil Exploration Shallow Foundations Combined Footing And Raft Foundation Earth Pressure Braced Cuts Sheet Pile Wall Pile Foundation Drilled Piers And Caissons Machine Foundations Geotextiles Reinforced Earth And Ground Anchors
105108070	Civil Engineering	Applied Elasticity for Engineers	Dr. T.G. Sitharam	Web	IISc Bangalore	Select Introduction Introduction Analysis of Stress Analysis of Stress 1 Analysis of Stress 2 Introduction Analysis of Strain Analysis of Strain Introduction Stress-Strain Relations Stress-Strain Relations Introduction Two Dimensional Problems in Cartesian Coordinate System Two Dimensional Problems in Cartesian Coordinate System 1 Two Dimensional Problems in Cartesian Coordinate System 2 Introduction toTwo Dimensional Problems in Polar Coordinate System Two Dimensional Problems in Polar Coordinate System 1 Two Dimensional Problems in Polar Coordinate System 2 Introduction to Torsion of Prismatic Bars Torsion of Prismatic Bars Introduction to Elastic Solutions and Applications in Geomechanics
105108072	Civil Engineering	Continuum Damage Mechanics	Dr. P.C. Pandey	Web	IISc Bangalore	Select General Introduction – Continuum Damage Mechanics (CDM) REVIEW OF SOLID MECHANICS CONCEPTS Indicial Notations, Tensors and Constitutive Equations Review of Plasticity Concepts Lectures Thermodynamics and Micromechanics of Damage Kinetic Laws of Damage Evolution Nonlinear Finite Element Method Re-Visited Analysis of Structures Considering Damage DISCLAIMER-ACKNOWLEDGEMENT-READ-ME
105108073	Civil Engineering	Geo-informatics in Transportation Engineering	Dr. Ashish Verma	Web	IISc Bangalore	Select Concept of Geo-informatics Land Use and Transportation Data for GIS Data Base Development Map Generation and Analysis Transportation Network Development and Algorithm Transportation Models and their Applications Using GIS GIS-T Applications Intelligent Transport Systems Case Studies
105108074	Civil Engineering	Geotechnical Earthquake Engineering	Dr. Gali Madhavi Latha	Web	IISc Bangalore	Select Introduction to Seismology Plate Tectonics – Part I Plate Tectonics – Part II Seismic waves – Part I Seismic waves – Part II Locating Epicenter Seismicity of India Forecasting Earthquakes Earthquake Hazards Tsunamis Earthquake Intensity and Magnitude Ground Motion Ground Motion Parameters – part I Ground Motion Parameters – part II Deterministic Seismic Hazard Analysis Probabilistic Seismic Hazard Analysis – part-I Probabilistic Seismic Hazard Analysis – part-II Exercise Problems in PSHA Wave Propagation Theories Seismic Wave Propagation Dynamic Soil Properties – Part I Dynamic Soil Properties – Part II Dynamic Soil Properties – Part III Dynamic Soil Properties – Part IV Ground Response Analysis – Part I Ground Response Analysis – Part II 27. Local Soil Effects Introduction to Liquefaction Concepts of Liquefaction Initiation of Liquefaction Evaluation of Liquefaction Liquefaction Hazards Exercise Problems in Liquefaction Seismic slope stability analysis part-I Seismic slope stability analysis part-II Seismic response of retaining walls part-I 37. Seismic response of retaining walls part-II Seismic design of shallow foundations 39. Seismic response of pile foundations 40. Mitigation of earthquake hazards and ground improvement
105108075	Civil Engineering	Ground Improvement Techniques	Dr. G.L. Sivakumar Babu	Video	IISc Bangalore	Select Need for Ground Improvement Classification of ground modification techniques Emerging trends in ground improvement Mechanical modification Compaction Control Deep compaction Dynamic compaction Vibro-compaction methods Case studies in stone columns Prefabricated Vertical Drains (PVDS) – I Prefabricated drains (PVDS) – II Dewatering - I Dewatering - II Electro-kinetic stabilization Heating and freezing methods, Blasting methods-I Heating and freezing methods, Blasting methods-II Ground Treatment with lime – I Ground Treatment with lime – II Ground treatment with cement Grouting procedures Grouting Micropiles Introduction to Geosynthetics -I Introduction to Geosynthetics -II Reinforced soil principles and mechanisms Material properties Factors affecting reinforced soil Bearing capacity improvement – I Bearing capacity improvement – II Reinforced soil slopes Reinforced Soil Walls Reinforced Soil Walls I Soil Nailing Design of embankments on soft soil using geosynthetics Design of embankments on soft soil using geocells, Use of geosyntheticsfor filtration and drainage Applications in filtration and drainage & erosion control Geosynthetics in pavements Sustainable development and energy geotechnology Microbial geotechnology and Ground Improvement Nano-technologies in ground improvement and site remediation
105108076	Civil Engineering	Introduction to Engineering Seismology	Dr. P. Anbazhagan	Web	IISc Bangalore	Select Earthquake hazards Engineering seismology Terminologies and definitions in engineering seismology Plate Tectonics: Sources and Faults Earthquake Measurements Earthquake Waves Earthquake instrumentations and recording Seismic Records and interpretations Earthquakes- Great events and Prediction Seismic Zonation Seismic microzonation Seismic Hazard Assessments Seismic site Characterization Site Response Analysis Liquefaction Assessment Landslide and Tsunami Risk and Vulnerability Integration of Hazard parameters
105108077	Civil Engineering	Remote Sensing	Dr. D. Nagesh Kumar	Web	IISc Bangalore	Select Introduction, Basic concepts of remote sensing, Airborne and space-borne sensors, Passive and active remote sensing EMR Spectrum, Energy sources and radiation principles Energy interactions in the atmosphere Energy interactions with earth surface features, Spectral reflectance curves I Satellites and orbits, Geo-synchronous, sun synchronous and polar orbiting satellites Energy interactions with earth surface features, Spectral reflectance curves II Spatial, spectral and radiometric resolutions, Temporal resolution I Spatial, spectral and radiometric resolutions, Temporal resolution II Multispectral, thermal and hyperspectral remote sensing. Remote sensing satellites and their features Geometric Corrections Ground Control Points (GCP), Co-registration of data Atmospheric corrections, Solar illumination corrections Concept of colour, RGB and IHS colour schemes, Colour composites Contrast stretching – linear and non-linear stretching Filtering techniques, Edge enhancement Density slicing, Thresholding, Intensity-Hue-Saturation (IHS) images, Time composite images, Synergetic images Supervised and unsupervised classification I Supervised and unsupervised classification II Fuzzy classification Image transformations, Ratio images, Vegetation indices Principal component analysis Image processing software Image processing using MATLAB Introduction, Sources of digital elevation data, Types of DEM Radar interferometry, Shuttle Radar Topographic Mission (SRTM) data I Radar interferometry, Shuttle Radar Topographic Mission (SRTM) data II DEM for Slope, Aspect, Flow direction, Flow pathways, Flow accumulation, Streams, Catchment area delineation I DEM for Slope, Aspect, Flow direction, Flow pathways, Flow accumulation, Streams, Catchment area delineation II Watershed management Rainfall-runoff modeling Irrigation management Flood mapping Drought assessment Environmental monitoring Other applications Passive and active microwave remote sensing, Sources of microwave data I Passive and active microwave remote sensing, Sources of microwave data II Global positioning System (GPS) Hyperspectral remote sensing
105108078	Civil Engineering	Site Characterisation & Instrumentation	Dr. P. Anbazhagan	Web	IISc Bangalore	Select Introduction to site characterization Concept of Site characterization Methodology Site Investigation using Non-Destructive Tests Site investigation using in situ testing Sampling Laboratory tests for site characterization Numerical Methods Geo-Technical and Geo-Environmental Case Studies Seismic site characterization Instrumentation
105108079	Civil Engineering	Stochastic Hydrology	Prof. P.P. Mujumdar	Video	IISc Bangalore	Select Introduction Bivariate Distributions Independence ; Functions of Random Variables Moments of a Distribution Normal Distribution Other Continuous Distributions Parameter Estimation Covariance and Correlation Data Generation Time Series Analysis(1) Time Series Analysis(2) Time Series Analysis(3) Frequency Domain Analysis(1) Frequency Domain Analysis(2) and ARIMA Models(1) ARIMA Models(2) ARIMA Models(3) ARIMA Models(4) Case Studies(1) Case Studies(2) Case Studies(3) Case Studies(4) Markov Chains(1) Markov Chains(2) Frequency Analysis(1) Frequency Analysis(2) Frequency Analysis(3) and Probability Plotting(1) Probability Plotting(2) Goodness of Fit IDF Relationships Multiple Linear Regression Principal Component Analysis Regression on Principal Components Multivariate Stochastic Models(1) Multivariate Stochastic Models(2) Multivariate Stochastic Models(3) Data Consistency Checks(1) Data Consistency Checks(2) Data Consistency Checks(3) Recent Applications: Climate Change Impact Assessment Summary of the Course
105108080	Civil Engineering	Stochastic Structural Dynamics	Prof. C.S. Manohar	Video	IISc Bangalore	Select Definition of probability measure and conditional probability Scalar random variables-1 Scalar random variables-2 Multi-dimensional random variables-1 Multi-dimensional random variables-2 Random processes-1 Random processes-2 Random processes-3 Random processes-4, Random vibrations of sdof systems-1 Random processes-4 Random vibrations of sdof systems-1 Random vibrations of sdof systems -2 Random vibrations of sdof systems-3 Random vibrations of sdof systems-4 Random vibrations of mdof systems-1 Random vibrations of mdof systems-2 Random vibrations of mdof systems-3 Random vibrations of mdof systems-4 Failure of randomly vibrating systems-1 Failure of randomly vibrating systems-2 Failure of randomly vibrating systems-3 Failure of randomly vibrating systems-4 Markov vector approach-1 Markov vector approach-2 Markov vector approach-3 Markov vector approach-4 Markov vector approach-5, Monte Carlo simulation approach-1 Markov vector approach-5 & Monte Carlo simulation approach-1 Monte Carlo simulation approach-2 Monte Carlo simulation approach-3 Monte Carlo simulation approach-4 Monte Carlo simulation approach-5 Monte Carlo simulation approach-6 Monte Carlo simulation approach-7 Probabilistic methods in earthquake engineering-1 Probabilistic methods in earthquake engineering-2 Probabilistic methods in earthquake engineering-3 Probabilistic methods in earthquake engineering-4 Fatigue failure & Vibration energy flow models Problem solving session-1 Problem solving session-2 Problem solving session-3 Problem solving session-4
105108081	Civil Engineering	Water Resources Systems Planning and Management	Dr. D. Nagesh Kumar	Web	IISc Bangalore	Select System Components,Planning & Management Modeling of Water Resources System Optimization & Simulation Objective Function, Maxima, Minima & Saddle Points, Convexity & Concavity Constrained & Unconstrained Optimization Lagrange Multipliers & Kuhn – Tucker Condition Preliminaries Graphical Method Simplex Method - I Simplex Method - II Linear Programming Application Reservoir operation and reservoir sizing using LP Introduction and preliminaries Water Allocation - I Water Allocation - II Capacity Expansion Reservoir operation Introduction Multipurpose Reservoir Operation Weighting function and constraint method Review of probability theory Uncertainty and reliability analysis Chance constrained LP - I Chance constrained LP - II Stochastic Processes and Transition Probabilities Stochastic DP Introduction and river basin simulation Reservoir operation simulation Performance Measures River basin planning and management Water distribution system Ground water system Water quality modeling Floodplain management Urban storm water management Fuzzy optimization Genetic algorithms Multi – Criteria decision making Decision Support Systems Expert systems
105108124	Civil Engineering	Composite Materials	Dr. P.C. Pandey	Web	IISc Bangalore	Select General Introduction Basic Constituent materials in Composites Behaviour of Laminae Behaviour of a Laminae-II Laminated Composites-I Laminated Composites-II Strength and Failure Theories Design Concepts Manufacturing Composite Laminates Special Topics Engineering Applications of Composite Materials Civil Engineering Applications
105108125	Civil Engineering	Computational Hydraulics	Prof. M.S. Mohan Kumar	Web	IISc Bangalore	Select Computational Hydraulics
105108127	Civil Engineering	Optimization Methods	Dr. D. Nagesh Kumar	Web	IISc Bangalore	Select Historical Development and Model Building Optimization Problem and Model Formulation Classification of Optimization Problems Classical and Advanced Techniques for Optimization Stationary points: Functions of Single and Two Variables Convexity and Concavity of Functions of One and Two Variables Optimization of Functions of Multiple Variables: Unconstrained Optimization Optimization of Functions of Multiple Variables subject to Equality Constraints Kuhn-Tucker Conditions Preliminaries Graphical Method Simplex Method - I Simplex Method ? II Revised Simplex Method, Duality and Sensitivity analysis Other Algorithms for Solving Linear Programming Problems Use of software for solving linear programming problems Transportation Problem Assignment Problem Structural & Water Resources Problems Introduction Recursive Equations Computational Procedure in Dynamic Programming Other Topics Design of Continuous Beam Optimum Geometric Layout of Truss Water Allocation as a Sequential Process ? Recursive Equations Water Allocation as a Sequential Process ? Numerical Example Capacity Expansion Integer Linear Programming Mixed Integer Programming Integer Programming - Examples Piecewise Linear Approximation of a Nonlinear Function Multi-objective Optimization Multilevel Optimization Direct and Indirect Search Methods Evolutionary Algorithms for Optimization and Search Applications in Civil Engineering
105108128	Civil Engineering	Reliability Engineering	Dr. G.L. Sivakumar Babu	Web	IISc Bangalore	Select Introduction to Enginering design Probability theory and Conditional probability ,Graphical representation Spatial Variability Using Random Fields Sampling Levels of Reliability Methods Simulation Methods Logical Trees System Reliability
105108130	Civil Engineering	Water Resources Systems : Modeling Techniques and Analysis	Prof. P.P. Mujumdar	Video	IISc Bangalore	Select Introduction Definitions and types of systems Optimization: Functions of a single variable Optimization: Functions of multiple variables Constrained optimization (1) Constrained optimization (2) Kuhn-Tucker conditions and Introduction to Linear Programming Linear Programming: Graphical method Linear Programming: Simplex method (1) Linear Programming: Simplex method (2) Linear Programming: Multiple solutions Linear Programming: Unbounded and infeasible problems Linear Programming: Dual problem Introduction to Dynamic Programming Dynamic Programming: Water allocation problem Dynamic Programming: Reservoir operation problem Dynamic Programming: Capacity expansion and shortest route problems Simulation: Introduction to Multi-objective planning Multi-objective planning Reservoir sizing Reservoir capacity using Linear Programming (1) Reservoir capacity using Linear Programming (2) Reservoir operation Multi-reservoir systems Stationary policy using Dynamic Programming Hydropower generation Basic probability theory (1) Basic probability theory (2) Chance constrained Linear Programming for reservoir operation and design (1) Chance constrained Linear Programming for reservoir operation and design (2) Stochastic Dynamic Programming for reservoir operation (1) Stochastic Dynamic Programming for reservoir operation (2) Stochastic Dynamic Programming for reservoir operation (3) Fuzzy optimization (1) Fuzzy optimization (2) Fuzzy optimization for water quality control and reservoir operation Conjunctive use of ground and surface water Hydropower optimization Crop yield optimization Multi-basin and multi-reservoir systems
105108141	Civil Engineering	Finite Element method for vibration and Stability analyses	Prof. C.S. Manohar	Video	IISc Bangalore	Select Equations of motion using Hamilton’s principle Equations of motion for continuous systems and Rayleigh’s quotient Rayleigh Ritz method and method of weighted residuals FEM: motivations. Analysis of axially vibrating rods and Euler-Bernoulli beams Beam elements. Reference systm. Assembly of matrices. Imposition of BCS. Final equation of motion. FE modelling of planar structures FE modelling of planar structures (continued) FRF-s and damping models-1 FRF-s and damping models-2 Material damping models. Dynamic stiffness and transfer matrices Twisting of circular bars and rectangular bars. Analysis of grids 3D frames Mathematical preliminaries and terminologies; Euler’s forward and backward difference methods. Forward and backward Euler method. Central difference method Second order implicit methods Energy conservation. Nonlinear systems. Model reduction schemes Substructuring schemes Plane stress models Plane stress models (continued) 3d Solid element Axisymmetric models. Plate bending elements. Plate bending elements (continued) Plate bending elements (continued). Plate bending elements [continued] Introduction Introduction (continued) Nonlinear dynamical systems, fixed points and bifurcations Energy methods in stability analysis FEM for stability analysis. Euler-Bernoulli beam and general formulations 3D beam element; plate element; imperfection sensitive structures; beams on elastic foundations; rings and arches. Dynamic analysis of stability and analysis of time varying systems Dynamic analysis of stability and analysis of time varying systems. FE modelling of vehicle structure interactions Inverse response sensitivity analysis Inverse response sensitivity analysis (continued) Introduction and review of continuum mechanics Review of measures of strain and stress; balance laws. Total and updated Lagrangian formulations Closure