CFD Online Logo CFD Online URL
www.cfd-online.com
[Sponsors]
Home > Forums

Search Results

Register Blogs Community New Posts Updated Threads Search

Showing results 1 to 6 of 6
Search took 0.00 seconds.
Search: Posts Made By: mohamadaliv
Forum: CFX October 9, 2011, 01:01
Replies: 11
Views: 4,492
Posted By mohamadaliv
Hello again Doginal, thanks for your previous...

Hello again
Doginal, thanks for your previous reply.
As I said before I did the simulation with the menus of CFX, I mean by applying the force directly on the rigid body menu: Rigid...
Forum: CFX September 20, 2011, 09:44
Replies: 11
Views: 4,492
Posted By mohamadaliv
Hi Doginal I tried it but finally I made the...

Hi Doginal
I tried it but finally I made the simulation with the menu of rigid body.
thank you guies
Forum: CFX September 13, 2011, 10:36
Replies: 11
Views: 4,492
Posted By mohamadaliv
Yes dude, I've read it before. In my problem...

Yes dude, I've read it before.
In my problem the outer tube is a rigid body and wouldn't undergo any deformation during the oscillation; with regarding this fact I think a 2-way FSI solver is not...
Forum: CFX September 12, 2011, 12:43
Replies: 11
Views: 4,492
Posted By mohamadaliv
Hi stumpy I've studied it before. I explained...

Hi stumpy
I've studied it before.
I explained my problem above. I used rigid body and a spring force to simulate the vibrating nature of the outer tube but the questionable part is that in my...
Forum: CFX September 12, 2011, 12:18
Replies: 11
Views: 4,492
Posted By mohamadaliv
Hi Omid Thanks for replying. There's two...

Hi Omid
Thanks for replying.
There's two coaxial tubes and a fluid flows through the space between them; the inner is fixed and the outer is free to oscillate in transverse direction, I mean y...
Forum: CFX September 10, 2011, 12:35
Replies: 11
Views: 4,492
Posted By mohamadaliv
Post CEL code for simulating the equation of motion of a vibrating rigid body

Hello everybody
I need a CEL code to develop the the equation which describing the motion of a vibrating rigid body:

my"+ cy'+ ky = F(t)

with F(t) being the hydrodynamic force acting on the...
Showing results 1 to 6 of 6

 
Forum Jump

All times are GMT -4. The time now is 00:59.