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360 Min
This course format through pre-recorded video. You can buy and watch it to learn at any time.
Industry domains :
Oil & Gas , Energy & Utilities , Aerospace
Engineering Disciplines :
Mechanical , Chemical & Process , Civil & Structural
1
07 :
07
2
06 :
06
3
13 :
13
4
12 :
12
5
11 :
11
6
04 :
04
7
09 :
09
8
08 :
08
9
03 :
03
10
05 :
05
11
10 :
10
12
14 :
14
13
02 :
02
14
Shape function for CST element :
23
15
Strain Displacement Matrix :
17
16
Properties of Shape Functions :
16
17
Introduction of Variational Method :
29
18
Variational method Numerical by Rayleigh Ritz Method :
30
19
Sub Domain Method :
Part 3
20
Element Stiffness Matrix :
22
21
Gauss elimination method :
05
22
Need of Matrix Algebra in FEM :
04
23
Shape function in Local and Natural coordinate system :
14
24
Gauss Quadrature Method :
27
25
Galerkin Method :
Part 2
26
Plane Stress & Plane Strain :
26
27
Advantage ,Disadvantage and Application of FEM :
03
28
Isoparametric Formulation for 1-D element :
15
29
Weighted Residual Method :
Part 1
30
Strain Displacement Matrix for Triangular element :
24
31
Steps in FEM :
19
32
2 D Finite Element Method :
20
33
2 D Finite Element Method :
20
34
Elimination Approach :
10
35
1 D FEM for Structural Analysis :
09
36
Direct Stiffness matrix :
06
37
Principle of Minimum Potential Energy :
12
38
Introduction to Shape Function :
13
39
Properties of Stiffness matrix :
08
40
Global stiffness matrix :
07
41
Stress ,Strain Relationship Matrix :
25
42
Isoparametric Formulation Numerical :
21
43
Types of Elements in Finite Element Method :
02
44
Penalty Approach :
11
45
Quadratic Shape Function :
18
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