Engineering: Mechanics of solids

Thema TGMD

20 tuit
Applied Sciences & Engineering Engineering & Technology
EN

Lec 49: Beam-Column Concept

Prof. Arunasis Chakarborty
40 min
4/5
Beam-ColumnStructural EngineeringMechanics of Solids
Applied Sciences & Engineering Engineering & Technology
EN

Lec 44: Column Buckling Theory

Prof. Arunasis Chakarborty
39 min
4/5
BucklingColumnEuler's Critical Load
Applied Sciences & Engineering Engineering & Technology
EN

Lec 27: Shear stress distribution

Prof. Arunasis Chakarborty
60 min
4/5
Shear StressBeam TheoryMechanics of Solids
Applied Sciences & Engineering Engineering & Technology
EN

Lec 25: Bending stress in standard sections

Prof. Arunasis Chakarborty
43 min
4/5
Bending StressSection ModulusBeam Analysis
Formal & Physical Sciences Engineering & Technology
EN

Lec 24: Simple beam bending theory

Prof. Arunasis Chakarborty
50 min
4/5
Beam BendingMechanics of SolidsBending Stress
Applied Sciences & Engineering Engineering & Technology
EN

Lec 23: Failure theories

Prof. Arunasis Chakarborty
50 min
4/5
Failure TheoriesMechanics of SolidsStress Analysis
Formal & Physical Sciences Engineering & Technology
EN

Lec 21: Stress-Strain relation

Prof. Arunasis Chakarborty
41 min
4/5
Stress-StrainElasticityIsotropic
Formal & Physical Sciences Engineering & Technology
EN

Lec 19: Strain Compatibility

Prof. Arunasis Chakarborty
33 min
4/5
Strain CompatibilityMechanics of SolidsPlane Strain
Formal & Physical Sciences Engineering & Technology
EN

Lec 17: Principal strains

Prof. Arunasis Chakarborty
25 min
4/5
Mechanics of SolidsStrain AnalysisPrincipal Strains
Formal & Physical Sciences Engineering & Technology
EN

Lec 16: 3-D Strain Analysis

Prof. Arunasis Chakarborty
42 min
4/5
3D StrainMechanics of SolidsDisplacement Gradient
Formal & Physical Sciences Engineering & Technology
EN

Lec 14: Plane Stress

Prof. Arunasis Chakarborty
42 min
4/5
Plane StressMechanics of SolidsStress Transformation