362 course materials | nahalab

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Online Lectures

Lecture 1 - Understanding Finite Elements and Assembly Procedure through Springs Combinations (i)

Lecture 1 - Understanding Finite Elements and Assembly Procedure through Springs Combinations (i)

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Lecture 2 - Understanding Finite Elements and Assembly Procedure through Springs Combinations (ii)

Lecture 2 - Understanding Finite Elements and Assembly Procedure through Springs Combinations (ii)

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Lecture 3 - Understanding Finite Elements and Assembly Procedure through Springs Combinations (iii)

Lecture 3 - Understanding Finite Elements and Assembly Procedure through Springs Combinations (iii)

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Lecture 4 - Understanding Finite Elements and Assembly Procedure through Springs Combinations (iv)

Lecture 4 - Understanding Finite Elements and Assembly Procedure through Springs Combinations (iv)

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2021 - In-Class Lectures of Finite Element Method

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Project Tutorials in MATLAB

Finite Element Method in MATLAB

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Project Tutorials in Python

Finite Element Method in Python

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Sample Student Projects - Project 1

2021 - Project 1 Samples

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Sample Student Projects - Project 2

2021 - Project 2 Samples

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FEM for Mechanics and Materials I

FEM for Mechanics and Materials I

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Lecture Notes

01

Understanding Finite Elements and Assembly Procedure through Springs Combinations (i)

02

Understanding Finite Elements and Assembly Procedure through Springs Combinations (ii)

03

Understanding Finite Elements and Assembly Procedure through Springs Combinations (iii)

04

Understanding Finite Elements and Assembly Procedure through Springs Combinations (iv)

05

Understanding Finite Elements and Assembly Procedure through Springs Combinations (v)

06

Understanding Finite Elements and Assembly Procedure through Springs Combinations (vi)

07

Understanding Finite Elements and Assembly Procedure through Springs Combinations (vii)

08

Understanding Finite Elements and Assembly Procedure through Springs Combinations (viii)

09

1D FEM (i) ... Roadmap and Strong Form

10

1D FEM (ii) ... Strong to Weak Form (i)

11

1D FEM (iii) ... Strong to Weak Form (ii)

12

1D FEM (iv) ... Strong to Weak Form (iii)

13

1D FEM (v) ... Strong to Weak Form (iv) ... Approximation by Shape Functions (i)

14

1D FEM (vi) ... Strong to Weak Form (v) ... Approximation by Shape Functions (ii)

15

1D FEM (vii) ... Strong to Weak Form (vi) ... Approximation by Shape Functions (iii)

16

1D FEM (viii) ... Numerical Integration and (Gauss) Quadrature Rule (i)

17

1D FEM (ix) ... Numerical Integration and (Gauss) Quadrature Rule (ii)

18

1D FEM (x) ... Overview and Wrap-up

19

2D FEM (i) ... Mathematical Preliminaries ... Strong Form

20

2D FEM (ii) ... Approximation by Shape Functions ... a.k.a. 2D Finite Elements

21

2D FEM (iii) ... From Strong to Weak to Approximate Form

22

2D FEM (iv) ... From Physical to Natural Space ... Numerical Integration

23

2D FEM (v) ... Examples ... Single Element Stiffness

24

2D FEM (vi) ... Examples ... Assembling Multiple Element Stiffnesses

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