Definition of a body

Preview 15:54

Motion and Displacement field

Preview 21:09

Traction

Preview 07:56

Properties of traction

Preview 17:28

Defnition of stress tensor and linear function

Preview 11:52

Tensor Algebra

Preview 18:37

Meaning of components of the stress tensor

Preview 18:29

Transformation of stress components

Preview 08:30

Mohr's Circle derivation

Preview 17:46

Tutorial 2

Preview 15:24

Example 1: Construction of Mohr's circle

Preview 08:54

Example 2: Extremum normal and shear stress

Preview 18:15

Example 3: Transformation of stress components

Preview 18:42

Uniaxial stress

Preview 09:58

Hydrostatic, pure shear and deviatoric stress

Preview 11:56

Biaxial and Plane state of stress

Preview 06:14

Extreme stress for 3D stresses

Preview 18:48

Extremum shear stress

Preview 18:27

Stresses in the Octahedral plane

Preview 07:21

2D Equilibrium equations

Preview 18:24

Tutorial 3

Preview 26:11

3D Equilibrium equations

Preview 28:56

Stretch ratio and strain

Preview 18:33

Curves and arc Length

Preview 16:20

Gradient

Preview 16:12

Deformation and displacement Gradient

Preview 06:07

Right Cauchy Green Deformation tensor

Preview 13:48

Homogeneous deformation

Preview 08:20

Engineering strain

Preview 14:32

Change in Angle

Preview 22:23

Transformation of strain components/ Strain Rosette

Preview 15:12

Compatibility condition

Preview 16:16

Constitutive relation

Preview 15:55

Young's Modulus and Poisson's Ratio

Preview 26:46

Shear Modulus

Preview 04:09

Bulk Modulus

Preview 13:51

Restriction on material parameters

Preview 15:00

Thermal strain

Preview 08:21

Strain energy, load potential and total potential

Preview 20:35

Stepped shaft subjected to axial force

Preview 21:46

Inhomogeneous bar subjected to axial force

Preview 14:03

Stepped shaft subjected to raise in temperature

Preview 14:54

Traction in member subjected to bending

Preview 20:11

Governing equilibrium equations

Preview 16:48

Displacement field

Preview 18:32

Bending equation

Preview 15:06

Radius of curvature

Preview 11:00

Shear force and bending moment diagram

Preview 13:53

Variation of axial stress

Preview 08:43

Deflected shape and rotation of cross section

Preview 16:23

Expression to find shear stress

Preview 23:52

Finding centroid of a cross section

Preview 07:22

Parallel axis theorem and its application

Preview 15:12

Vertical shear stress in I section

Preview 16:16

Horizontal shear stress in I section

Preview 12:38

Connection design

Preview 15:37

Definition of shear center

Preview 07:37

Shear center of Channel section

Preview 15:55

Expression to find shear center

Preview 18:12

Shear force and bending moment diagram

Preview 14:52

Deflected shape and rotation of cross section

Preview 27:55

Finding allowable load

Preview 12:44

Modified bending equation

Preview 09:24

Bending of a composite beam

Preview 20:45

Connection design

Preview 09:56

Moment of Intertia about arbitrarily oriented axis

Preview 15:41

Example: Angle section

Preview 18:32

Bending equation for bending about principal axis

Preview 19:17

Bending equation about arbitrary axis

Preview 11:34

Neutral axis

Preview 08:49

Load not about principal axis

Preview 33:19

Load about principal axis

Preview 05:14

Displacement field

Preview 15:13

Torsion equation

Preview 09:52

Example problems

Preview 17:05

Expression relating angle of twist with torsion and shear stress

Preview 11:18

Example problems: Open sections

Preview 13:07

Thin walled closed sections

Preview 19:29

Example problems: Thin walled sections

Preview 06:58

Cylindrical polar coordinate system

Preview 13:04

Displacement field

Preview 05:39

Governing differential equation and solution

Preview 20:36

Example problems : Thick walled cylindrical vessel

Preview 14:35

Thin walled pressure vessels

Preview 25:49

General Principals

Preview 12:25

Different failure modes

Preview 08:18

Tresca Condition

Preview 25:38

vonMises condition

Preview 28:28

Maximum normal stress or rankine condition

Preview 04:50

Mohr - Columb condition

Preview 06:51

Drucker-Prager Condition

Preview 04:18

General Concepts

Preview 14:20

Euler critical load for simply supported column

Preview 33:04

Euler critical load for column with any boundary condition

Preview 18:45

Secant formula

Preview 24:50

Pressure vessel and failure theory

Preview 30:43

Determination of maximum load carrying capacity of a simple truss

Preview 16:39

Live Session 20-10-2021

Preview 33:15

Live Session 09-10-2020

Preview 63:07

Live Session 06-11-2020

Preview 63:15

Live Session 04-12-2020

Preview 63:58