|
[Sponsors] |
Simulation of the Negative pressure generated by a 3d model of flexible bellow |
|
LinkBack | Thread Tools | Search this Thread | Display Modes |
December 9, 2021, 07:00 |
Simulation of the Negative pressure generated by a 3d model of flexible bellow
|
#1 |
New Member
mf
Join Date: Dec 2021
Posts: 1
Rep Power: 0 |
Hi guys,
I have a 3d cad model of a medical bellow which I am using to generate negative pressure (NP) to absorb body fluids. What I am trying to do is to enhance the 3d model of the bellow so that I can increase the generated negative pressure by the bellow. I need a way to get the generated (NP) value AFTER changing the 3d model AND according to the material that I set for the part in the program. So I need a simulation program that can achieve these tasks. The result of the simulation will help me to determine the bellow best 3d model so that I can design its blow mold accordingly. A friend in a different forum told me that to solve this problem I will need a fluid-structure interaction solver, which can also take into account the large deformations of the bellow and the non-linear material law So as such highly non-linear and computationally problem can I use OpenFOAM? if yes Can you please refer me to related explainational videos or posts so that I can follow the instructions there step by step to achieve the tasks? If not, can you tell me if there is any open source program that I can use to do these tasks? |
|
|
|
Similar Threads | ||||
Thread | Thread Starter | Forum | Replies | Last Post |
Pressure drop in pipe flow with Large Eddy Simulation | xerox | FLUENT | 1 | October 16, 2019 09:55 |
question regarding LES of pipe flow - pimpleFoam | Dan1788 | OpenFOAM Running, Solving & CFD | 37 | December 26, 2017 15:42 |
why doesn't ansys allow a negative pressure when cavitation is included | vysje | CFX | 16 | December 11, 2016 18:18 |
Water subcooled boiling | Attesz | CFX | 7 | January 5, 2013 04:32 |
Hydrostatic pressure in 2-phase flow modeling (CFX4.2) | HB &DS | CFX | 0 | January 9, 2000 14:19 |