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Elastic stress analysis

Track :

Engineering

Lessons no : 42

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What will you learn in this course?
  • Understand stress distribution principles in elastic materials for structural safety and durability
  • Apply elastic stress analysis techniques to real-world engineering problems effectively
  • Interpret stress-strain relationships to predict material behavior under load
  • Utilize mathematical models for calculating stresses in various structural components
  • Analyze the impact of different loading conditions on elastic materials
  • Implement elastic stress analysis methods in design optimization processes
  • Evaluate structural integrity using elastic stress analysis data and techniques
  • Develop skills to perform stress analysis in complex geometries and boundary conditions
  • Use relevant software tools for elastic stress analysis in engineering projects
  • Identify failure points and improve material performance through stress analysis
  • Integrate elastic stress analysis concepts into safety assessments and quality control
  • Enhance problem-solving skills for designing resilient and reliable structures

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Lessons | 42
Finite element modeling of welding processes Intro Video
00:11:18

Finite element modeling of welding processes Intro Video
Lec 1 Properties Modelling approaches Process modelling and Optimization
01:02:55

Lec 1 Properties Modelling approaches Process modelling and Optimization
Lec 2 Fusion welding 1
01:00:42

Lec 2 Fusion welding 1
Lec 3 Fusion welding 2
00:23:23

Lec 3 Fusion welding 2
Lec 4 Soldering Brazing Solid state welding processes
00:32:26

Lec 4 Soldering Brazing Solid state welding processes
Lec 5 Advanced welding processes
00:58:58

Lec 5 Advanced welding processes
Lec 6 Advances in laser microwelding
00:12:23

Lec 6 Advances in laser microwelding
Lec 7 Additive manufacturing processes
00:46:13

Lec 7 Additive manufacturing processes
Lec 8 Elastic stress analysis I
00:52:47

Lec 8 Elastic stress analysis I
Lec 9 Elastic stress analysis II and Potential energy method
00:59:15

Lec 9 Elastic stress analysis II and Potential energy method
Lec 10 Three Dimensional element
00:43:42

Lec 10 Three Dimensional element
Lec 11 Weighted residual method
00:52:51

Lec 11 Weighted residual method
Lec 12 Material nonlineaity I
00:50:57

Lec 12 Material nonlineaity I
Lec 13 Material nonlineaity II
00:45:44

Lec 13 Material nonlineaity II
Lec 14 Fluid flow and Natural coordinate system I
00:58:06

Lec 14 Fluid flow and Natural coordinate system I
Lec 15 Natural coordinate system in 3D and XFEM
01:13:49

Lec 15 Natural coordinate system in 3D and XFEM
Lec 16 Introduction to heat source model
01:00:39

Lec 16 Introduction to heat source model
Lec 17 Heat source models in welding I
00:57:23

Lec 17 Heat source models in welding I
Lec 18 Heat source models in welding II
00:58:56

Lec 18 Heat source models in welding II
Lec 19 Heat source model for Keyhole mode and solid state welding
01:00:28

Lec 19 Heat source model for Keyhole mode and solid state welding
Lec 20 Implementation of FEM in fusion welding processes
00:56:08

Lec 20 Implementation of FEM in fusion welding processes
Lec 21 Implementation of FEM for fluid flow in fusion welding processes
00:52:17

Lec 21 Implementation of FEM for fluid flow in fusion welding processes
Lec 22 FEM modeling of EBW and RSW
00:50:22

Lec 22 FEM modeling of EBW and RSW
Lec 23 FEM modeling of FSW and hybrid FSW
00:58:20

Lec 23 FEM modeling of FSW and hybrid FSW
Lec 24 Demonstration of thermal model development using commercial software
00:50:30

Lec 24 Demonstration of thermal model development using commercial software
Lec 25 Fluid flow modeling in welding processes
01:00:57

Lec 25 Fluid flow modeling in welding processes
Lec 26 Heat transfer and fluid flow analysis in quasi steady state
00:54:45

Lec 26 Heat transfer and fluid flow analysis in quasi steady state
Lec 27 Prediction of free surface profile
00:18:27

Lec 27 Prediction of free surface profile
Lec 28 Principle stress Hydrostatic and Deviatoric Components of Stress
00:45:19

Lec 28 Principle stress Hydrostatic and Deviatoric Components of Stress
Lec 29 Yield Function Von Mises Yield Surface and Hardening rule
00:43:46

Lec 29 Yield Function Von Mises Yield Surface and Hardening rule
Lec 30 Material models Residual stress and distortion
00:57:23

Lec 30 Material models Residual stress and distortion
Lec 31 Phase transformation effect on Residual stress and distortion
00:38:28

Lec 31 Phase transformation effect on Residual stress and distortion
Lec 32 Demonstration of thermo mechanical model development using commercial software
00:35:05

Lec 32 Demonstration of thermo mechanical model development using commercial software
Lec 33 Fundamentals of metal transfer in arc welding
00:50:57

Lec 33 Fundamentals of metal transfer in arc welding
Lec 34 FE based modelling approaches
00:36:38

Lec 34 FE based modelling approaches
Theoretical development of heat transfer model old
00:51:31

Theoretical development of heat transfer model old
Lec 35 Theoretical development of heat transfer model
01:05:41

Lec 35 Theoretical development of heat transfer model
Lec 36 Heating of nano film
00:39:08

Lec 36 Heating of nano film
Lec 37 Theoretical development of stress analysis model
00:31:57

Lec 37 Theoretical development of stress analysis model
Lec 38 Fundamentals of wire arc additive manufacturing processes I
00:52:34

Lec 38 Fundamentals of wire arc additive manufacturing processes I
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Elastic stress analysis course in hindi, in this course covers the study of stress distribution in elastic materials, essential for designing durable and safe structures.