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Need to send us your simulation model to review?

5 REPLIES 5
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Message 1 of 6
Royce_adsk
1202 Views, 5 Replies

Need to send us your simulation model to review?

At times we might ask for you support share file.

 

To create this file we need go to the File menu_Save As_Save Share file_Support type.  It will have an extension of .cfz

The file is already compressed, so you do not need to zip it up.  

 

If the file is too large to attach you could always upload it to your 360.autodesk.com account (similar to dropbox) and provide a public lnk.

 



Royce.Abel
Technical Support Manager

5 REPLIES 5
Message 2 of 6
abdullah.tareq
in reply to: Royce_adsk

can you help me with this please, i have a solver problem 🙂

Message 3 of 6
fredpied
in reply to: Royce_adsk

hi 

i tried to use cfd and just before to "resolve", i received this message:

 

"could you send us this file in cfz..." because solver is stopped so this is my file:

thanks for helping

 

http://a360.co/1meDbjA

Message 4 of 6
melwong
in reply to: Royce_adsk

Hi,

I am a beginner of CFDesign and trying to do a natural convection simulation with heat pipes.

The product is simulated operating in a 60 degree C environment with air vent. 

Would like to know if my whole setup is corrrectly done, especially the following setting:

 

1. scenario environment

2. heat pipes conductivity values in the x,y & z direction.

 

 

Thanks.

Melvin

 

  

Message 5 of 6
chester888
in reply to: Royce_adsk

Hi 

 

I have a problem on solver. It stops working at last couple steps.

 

Would you please help me to take a look on my setups, models, ..etc.

 

Thanks a lot.

 

Chester

 

Message 6 of 6
waymym
in reply to: Royce_adsk

Dear CFD Support team,

 

Attached is a model for simulating natural ventilation and temperature. Two problems are encountered:

 

1. Every time I run the solver I receive an error of model symmetry when the radiation is activated, I could not determin wihich angle subtended by the model that produce an integer symmetric pattern.

 

2. The analysis can be carried out with no radiation, however temperature gradient seems to be plausible only for solid volumes.

All other air volumes (other than the external environment) do not represent variations in temperature although having the same thermal boundary conditions of solids.

 

I'll be looking forward to your feedback.

 

Best Regards

 

Wael Mousa

 

 

 

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