Hi,
I just want to know do simvascular consider gravity/or not while simulating.
Basic Information
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David Parker
- Posts: 1736
- Joined: Tue Aug 23, 2005 2:43 pm
Re: Basic Information
Hello,
I'll assume you are referring to the SImVascular svSolver. Gravity is not explicitly included but you can add it as a body force.
Cheers,
Dave
I'll assume you are referring to the SImVascular svSolver. Gravity is not explicitly included but you can add it as a body force.
Cheers,
Dave
Re: Basic Information
Hi, David
thank you for your work. I wish to do simulation with gravity. The guide documentation said a user-defined body force can be specified through the e3source.f Fortran subroutine. However, I didn't find any access to edit e3source.f. Could you please give me any indication? thanks a lot!
thank you for your work. I wish to do simulation with gravity. The guide documentation said a user-defined body force can be specified through the e3source.f Fortran subroutine. However, I didn't find any access to edit e3source.f. Could you please give me any indication? thanks a lot!
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David Parker
- Posts: 1736
- Joined: Tue Aug 23, 2005 2:43 pm
Re: Basic Information
Hello,
It seems that the e3source.f file is the code that you would write to implement a custom body force. However, there is no documentation describing how to use this.
I recommend using the svFSIplus solver (see https://simvascular.github.io/documenta ... iplus.html). It has a Add_BF parameter that allows prescribing a nodally-dependent body force that varies in space and optionally in time (see https://github.com/SimVascular/svFSIplu ... d_solution).
Cheers,
Dave
It seems that the e3source.f file is the code that you would write to implement a custom body force. However, there is no documentation describing how to use this.
I recommend using the svFSIplus solver (see https://simvascular.github.io/documenta ... iplus.html). It has a Add_BF parameter that allows prescribing a nodally-dependent body force that varies in space and optionally in time (see https://github.com/SimVascular/svFSIplu ... d_solution).
Cheers,
Dave