Finite Element Simulations with ANSYS Workbench 15
by Huei-Huang Lee, NCKU, Taiwan
Finite Element Simulations with ANSYS Workbench 15
by Huei-Huang Lee, NCKU, Taiwan
(Video 06:05) Section 02-1 W16x50 Beam
(Video 06:04) Section 02-2 Triangular Plate
(Video 08:00) Section 02-4 M20x2.5 Threaded Bolt
(Video 10:26) Section 02-5 Spur Gears
(Video 11:05) Section 02-6 Microgripper
(Video 07:14) Section 03-1 Triangular Plate
(Video 14:42) Section 03-2 Threaded Bolt-and-Nut
(Video 07:28) Section 03-4 Spur Gears
(Video 25:04) Section 03-5 Filleted Bar
(Video 05:19) Section 04-1 Beam Bracket
(Video 20:53) Section 04-2 Cover of Pressure Cylinder
(Video 09:18) Section 04-3 Lifting Fork
(Video 08:23) Section 04-5 LCD Display Support
(Video 07:01) Section 05-1 Beam Bracket
(Video 07:00) Section 05-2 Cover of Pressure Cylinder
(Video 05:23) Section 05-4 LCD Display Support
(Video 10:31) Section 06-1 Bellows Joints
(Video 05:47) Section 06-2 Beam Bracket
(Video 17:49) Section 06-3 Gearbox
(Video 12:06) Section 07-1 Flexible Gripper
(Video 12:56) Section 07-2 3D Truss
(Video 15:12) Section 07-3 Two-Story Building
(Video 08:54) Section 08-1 Flexible Gripper
(Video 06:55) Section 08-2 Triangular Plate
(Video 13:56) Section 09-1 Pneumatic Fingers
(Video 08:21) Section 09-2 Cover of Pressure Cylinder
(Video 12:28) Section 09-3 Convergence of 3D Elements
(Video 09:25) Section 10-1 Stress Stiffening
(Video 02:15) Section 10-2 3D Truss
(Video 02:17) Section 10-3 Beam Bracket
(Video 03:18) Section 11-1 Gearbox
(Video 05:21) Section 11-2 Two-Story Building
(Video 07:16) Section 11-3 Compact Disk
(Video 05:18) Section 11-4 Guitar String
(Video 08:30) Section 12-2 Lift Fork
(Video 05:02) Section 12-3 Two-Story Building
(Video 09:16) Section 12-4 Disk and Block
(Video 10:09) Section 12-5 Guitar String
(Video 13:48) Section 13-2 Translational Joint
(Video 15:11) Section 13-3 Microgripper
(Video 18:08) Section 13-4 Snap Lock
(Video 15:03) Section 14-2 Belleville Washer
(Video 24:05) Section 14-3 Planar Seal
(Finished Project File) Sec 02-1
(Finished Project File) Sec 02-2
(Finished Project File) Sec 02-4
(Finished Project File) Sec 02-5
(Finished Project File) Sec 02-6
(Finished Project File) Sec 03-1
(Finished Project File) Sec 03-2
(Finished Project File) Sec 03-4
(Finished Project File) Sec 03-5
(Finished Project File) Sec 04-1
(Finished Project File) Sec 04-2
(Finished Project File) Sec 04-3
(Finished Project File) Sec 04-5
(Finished Project File) Sec 04-6-2
(Finished Project File) Sec 05-1
(Finished Project File) Sec 05-2
(Finished Project File) Sec 05-4
(Finished Project File) Sec 06-1
(Finished Project File) Sec 06-2
(Finished Project File) Sec 06-3
(Finished Project File) Sec 07-1
(Finished Project File) Sec 07-2
(Finished Project File) Sec 07-3
(Finished Project File) Sec 08-1
(Finished Project File) Sec 08-2
(Finished Project File) Sec 09-1
(Finished Project File) Sec 09-2
(Finished Project File) Sec 09-3
(Finished Project File) Sec 10-1
(Finished Project File) Sec 10-2
(Finished Project File) Sec 10-3
(Finished Project File) Sec 11-1
(Finished Project File) Sec 11-2
(Finished Project File) Sec 11-3
(Finished Project File) Sec 11-4
(Finished Project File) Sec 12-2
(Finished Project File) Sec 12-3
(Finished Project File) Sec 12-4
(Finished Project File) Sec 12-5
(Finished Project File) Sec 13-2
(Finished Project File) Sec 13-3
(Finished Project File) Sec 13-4
(Finished Project File) Sec 14-2
(Finished Project File) Sec 14-3
(Testdata.xls) Test Data Sec 14-3
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View Tutorial Videos or Download Finished Project Files
1. The videos have a maximum resolution of 1920x1080 (HD).
2. To reduce file size, the project files were saved with Workbench GUI command /File/Archive...; i.e., they are in WBPZ compressed format. To open a compressed project file, please use Workbench GUI command /File/Restore Archive...
3. The project files are to be used with ANSYS15 (or later); they are not to be used with ANSYS14 or earlier versions.
4. It is suggested that, whenever a project file is needed to start up an exercise, you use a project file provided here, rather than your own finished project file, so that your numerical results would be more consistent with those in the textbook.
Download Lecture Slides
(PDF) Chapter 01. Introduction
(PDF) Chapter 03. 2D Simulations
(PDF) Chapter 04. 3D Solid Modeling
(PDF) Chapter 05. 3D Simulations
(PDF) Chapter 06. Surface Models
(PDF) Chapter 08. Optimization
(PDF) Chapter 10. Buckling and Stress Stiffening
(PDF) Chapter 11. Modal Analyses
(PDF) Chapter 12. Transient Structural Simulations
(PDF) Chapter 13. Nonlinear Simulations