This page lists all the problems available in the self-paced
course on finite element method and ANSYS.
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Before the problems... |
Please take a look at the overview of finite element methods and
ANSYS before you start the problems in Section 1. |
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Section1:
Structural |
By completing this section you will learn basic structural
analysis using ANSYS. |
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![](icons/s1_2dtruss.jpg) |
![](icons/s4_3dtruss.jpg) |
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![](icons/s2_2dbeam.jpg) |
![](icons/s5_3dbeam.jpg) |
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![](icons/s3_2dbracket.jpg) |
![](icons/s6_3dbracket.jpg) |
Section 2:
Thermal |
By completing this section you will learn basic thermal analysis
using ANSYS. |
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![](icons/t1_2dheatsink.jpg) |
![](icons/t4_3dheatsink.jpg) |
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![](icons/t2_compositewall.jpg) |
![](icons/t5_cellphone.jpg) |
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![](icons/t3_2dtransient.jpg) |
![](icons/tt3_wok.jpg) |
Section 3:
Fluid Mechanics |
By completing this section you will learn basic structural
analysis using ANSYS. |
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![](icons/f2_2dairfoil.jpg) |
![](icons/f7_3dcar.jpg) |
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![](icons/f1_2dchannel.jpg) |
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Section 3A:
Heat
Analogy
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Thermal Heat Transfer Analogy Method
For educational purposes, we have
included these extra tutorials to explain a different way to solve
the fluid problems encountered in the Fluid Mechanics section of
the ANSYS tutorials. Notice there is disparity in the individual
solutions. |
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Section 4:
Vibration |
By completing this section you will learn basic vibration analysis
using ANSYS. |
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![](icons/v1_2dturbine.jpg) |
![](icons/v3_3dwing.jpg) |