|
[Sponsors] |
How do I get the pressure force vector which is normal to the surface? |
|
LinkBack | Thread Tools | Search this Thread | Display Modes |
August 17, 2022, 13:24 |
How do I get the pressure force vector which is normal to the surface?
|
#1 |
New Member
Shubham Sathe
Join Date: Sep 2021
Posts: 7
Rep Power: 5 |
Hello,
I am simulating an airflow in the wavy channel. I am trying to find the pressure (from) drag along the wall. As seen from the image attached, I am interested in finding Fp ( pressure force along the wall) Which is normal to the wave surface. Further, I want to decompose this force and get its x-component(Fpx). I am doing a 3D simulation in Ansys fluent. How do I get this pressure force, which is a normal force vector to the surface? Is there a way to get this directly in the fluent? Can someone help me with this? Thanks in Advance, Shubham |
|
September 6, 2022, 15:17 |
|
#2 |
Member
Join Date: Jul 2013
Posts: 96
Rep Power: 13 |
Hi
When you make a report of the force you simply have to set, in this case, the vector 1 0 0 and fluent will split the force in viscous and pressure forces. If you want to make it more complicated, create a Custom Field function of pressure * x-face-area. Then make a report of the surface using the sum of that new variable at the wall that you want. Regards |
|
Tags |
ansys fluent 2021r2, ansys-udf, cfd - post, fluid dynamics, pressure force |
Thread Tools | Search this Thread |
Display Modes | |
|
|
Similar Threads | ||||
Thread | Thread Starter | Forum | Replies | Last Post |
Free Surface Ship Flow | timfranke | OpenFOAM Running, Solving & CFD | 322 | March 3, 2021 09:04 |
SU2 7.0.7 Built on CentOS 7, parallel computation pyscript mpi exit error? | EternalSeekerX | SU2 | 3 | October 9, 2020 18:28 |
How to read pressure at discrete points | paka | OpenFOAM | 16 | April 28, 2020 07:26 |
OpenFOAM error | Vinay Kumar V | Main CFD Forum | 0 | February 20, 2020 09:17 |
How to view pressure force on the wall surface | Prat991 | OpenFOAM Post-Processing | 0 | May 8, 2017 05:13 |