TAGGED: apdl, loading, modelling, pressure-load
-
-
May 17, 2024 at 7:28 am
Calin
SubscriberThere is a very interesting example, called "O-RING SEAL WITH FLUID PRESSURE", on Ansys Innovation Courses.
Â
In this example, the fluid pressure is applied on the O-ring only (with orange in the picture above). What if I need to apply the pressure onto the walls as well? (with green in the above picture). Could you please indicate the way the APDL commands should be modified?
What changes in APDL commands in case the model becomes three dimensional? Like this:
Will the name selection for the "starting point" stay the same as in the 2D case? And just changing the "pressure" name selection from an edge (2D case) to a surface (3D case)? I have seen other 3D examples where the "starting point" is not specifically mentioned in the APDL commands.
Best regards,
Calin
-
May 20, 2024 at 1:14 pm
Ashish Khemka
Forum ModeratorHi,
Please refer to the following link from Ansys Help which might be useful for both 2D and 3D case:
https://ansyshelp.ansys.com/account/Secured?returnurl=/Views/Secured/corp/v241/en/ans_ctec/ctecfluidpress.html
How to access the ANSYS Online Help
Regards,
Ashish Khemka
-
May 27, 2024 at 1:28 pm
Calin
SubscriberThank you, Ashish.
-
-
- The topic ‘Fluid Pressure Penetration Load on Walls’ is closed to new replies.
- The legend values are not changing.
- LPBF Simulation of dissimilar materials in ANSYS mechanical (Thermal Transient)
- Convergence error in modal analysis
- APDL, memory, solid
- How to model a bimodular material in Mechanical
- Meaning of the error
- Simulate a fan on the end of shaft
- Real Life Example of a non-symmetric eigenvalue problem
- Nonlinear load cases combinations
- How can the results of Pressures and Motions for all elements be obtained?
-
4062
-
1487
-
1308
-
1156
-
1021
© 2025 Copyright ANSYS, Inc. All rights reserved.