Modules / Lectures
Module NameDownloadDescriptionDownload Size
Module-1 Introduction : Review of Basic Concepts in MechanicsLecture 1 : IntroductionLecture 1 : Introduction284 kb
Module-1 Introduction : Review of Basic Concepts in MechanicsLecture 2 : EquilibriumLecture 2 : Equilibrium65 kb
Module-1 Introduction : Review of Basic Concepts in MechanicsLecture 3 : Constitutive Relations and Compatibility ConditionsLecture 3 : Constitutive Relations and Compatibility Conditions141 kb
Module-1 Introduction : Review of Basic Concepts in MechanicsLecture 4 : Static Indeterminacy of StructuresLecture 4 : Static Indeterminacy of Structures177 kb
Module-1 Introduction : Review of Basic Concepts in MechanicsLecture 5 : Symmetry and AntisymmetryLecture 5 : Symmetry and Antisymmetry74 kb
Module-2 Analysis of Statically Determinate StructuresLecture 1 : Internal Force on a SystemLecture 1 : Internal Force on a System34 kb
Module-2 Analysis of Statically Determinate StructuresLecture 2 : Internal Forces Acting on Typical Structural MembersLecture 2 : Internal Forces Acting on Typical Structural Members25 kb
Module-2 Analysis of Statically Determinate StructuresLecture 3 : Axial Force, Shear Force and Bending MomentLecture 3 : Axial Force, Shear Force and Bending Moment37 kb
Module-2 Analysis of Statically Determinate StructuresLecture 4 : Sign Convention and Notations for Internal ForcesLecture 4 : Sign Convention and Notations for Internal Forces32 kb
Module-2 Analysis of Statically Determinate StructuresLecture 5 : Obtaining Internal Forces in a System: General ProcedureLecture 5 : Obtaining Internal Forces in a System: General Procedure38 kb
Module-2 Analysis of Statically Determinate StructuresLecture 6 : Internal Force DiagramsLecture 6 : Internal Force Diagrams26 kb
Module-2 Analysis of Statically Determinate StructuresLecture 7 : Internal Force as a Function of xLecture 7 : Internal Force as a Function of x46 kb
Module-2 Analysis of Statically Determinate StructuresLecture 8 : Internal Force Diagrams for Various SystemsLecture 8 : Internal Force Diagrams for Various Systems14 kb
Module-2 Analysis of Statically Determinate StructuresLecture 9 : Example for Trusses,Beams,Frames and ArchesLecture 9 : Example for Trusses,Beams,Frames and Arches1199 kb
Module-3 CablesLecture 1 : IntroductionLecture 1 : Introduction68 kb
Module-3 CablesLecture 2 : The General Cable TheoremLecture 2 : The General Cable Theorem37 kb
Module-3 CablesLecture 3 : Application of the General Cable Theorem for Distributed LoadingLecture 3 : Application of the General Cable Theorem for Distributed Loading39 kb
Module-3 CablesLecture 4 : ExamplesLecture 4 : Examples42 kb
Module-4 Deflection of StructuresLecture 1 : Moment Area MethodLecture 1 : Moment Area Method216 kb
Module-4 Deflection of StructuresLecture 2 : Conjugate Beam MethodLecture 2 : Conjugate Beam Method86 kb
Module-4 Deflection of StructuresLecture 3 : Principle of Virtual WorkLecture 3 : Principle of Virtual Work483 kb
Module-4 Deflection of StructuresLecture 4 : Strain Energy MethodLecture 4 : Strain Energy Method162 kb
Module-4 Deflection of StructuresLecture 5 : Bending Deflection Due to Temperature VariationLecture 5 : Bending Deflection Due to Temperature Variation45 kb
Module-4 Deflection of StructuresLecture 6 : Maxwell-Betti Law of Reciprocal DeflectionsLecture 6 : Maxwell-Betti Law of Reciprocal Deflections168 kb
Module-5 Force Method - Introduction and applicationsLecture 1 : Analysis of Statically Indeterminate BeamsLecture 1 : Analysis of Statically Indeterminate Beams264 kb
Module-5 Force Method - Introduction and applicationsLecture 2 : The Force MethodLecture 2 : The Force Method268 kb
Module-5 Force Method - Introduction and applicationsLecture 3 : Analysis of Statically Indeterminate StructureLecture 3 : Analysis of Statically Indeterminate Structure222 kb
Module-5 Force Method - Introduction and applicationsLecture 4 : Three Moment EquationLecture 4 : Three Moment Equation384 kb
Module-6 Influence LinesLecture 1 : Introduction: Variable LoadingsLecture 1 : Introduction: Variable Loadings40 kb
Module-6 Influence LinesLecture 2 :Construction of Influence Lines using Equilibrium MethodsLecture 2 :Construction of Influence Lines using Equilibrium Methods60 kb
Module-6 Influence LinesLecture 3 : Use of Influence LinesLecture 3 : Use of Influence Lines36 kb
Module-6 Influence LinesLecture 4 : Using Influence Lines for Uniformly Distributed LoadLecture 4 : Using Influence Lines for Uniformly Distributed Load28 kb
Module-6 Influence LinesLecture 5 : Müller-Breslau PrincipleLecture 5 : Müller-Breslau Principle87 kb
Module NameDownload
Module NameDownloadDescriptionDownload Size
Module-1 Introduction : Review of Basic Concepts in MechanicsLecture 6 : Tutorial ProblemsLecture 6 : Tutorial Problems26 kb
Module-2 Analysis of Statically Determinate StructuresLecture 10 : Tutorial ProblemsLecture 10 : Tutorial Problems47 kb
Module-3 CablesLecture 5 : Tutorial ProblemsLecture 5 : Tutorial Problems17 kb
Module-4 Deflection of StructuresLecture 7 : Tutorial ProblemsLecture 7 : Tutorial Problems302 kb
Module-5 Force Method - Introduction and applicationsLecture 5 : Tutotial ProblemsLecture 5 : Tutotial Problems331 kb
Module-6 Influence LinesLecture 6 : Tutorial ProblemsLecture 6 : Tutorial Problems26 kb