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I Introducing the Galerkin method
1 Model of a Taut Wire
2 The method of Mr. Galerkin
3 Introducing the Matlab code
4 The boundary conditions for the model of a taut wire
II Thermal analysis
5 Model of Heat Diffusion
6 Galerkin method for the model of heat conduction
7 Steady-state heat diffusion solutions
8 Transient heat diffusion solutions
9 Expanding the library of element types
10 Convergence and error control
III Stress analysis
11 Model of elastodynamics
12 Galerkin formulation for elastodynamics
13 Finite elements for true 3-D problems
14 Analyzing the stresses
15 Reduced-dimension models: plane strain, plane stress, axisymmetric
16 Convergence
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A Pragmatic Introduction to the
Finite Element Method
for Thermal and Stress Analysis
With the Matlab toolbox
Petr Krysl
Finite Element Method
for Thermal and Stress Analysis
With the Matlab toolbox
Petr Krysl
Table of Contents
1 Model of a Taut Wire
2 The method of Mr. Galerkin
3 Introducing the Matlab code
4 The boundary conditions for the model of a taut wire
II Thermal analysis
5 Model of Heat Diffusion
6 Galerkin method for the model of heat conduction
7 Steady-state heat diffusion solutions
8 Transient heat diffusion solutions
9 Expanding the library of element types
10 Convergence and error control
III Stress analysis
11 Model of elastodynamics
12 Galerkin formulation for elastodynamics
13 Finite elements for true 3-D problems
14 Analyzing the stresses
15 Reduced-dimension models: plane strain, plane stress, axisymmetric
16 Convergence
Click Here To Download
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