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To whom it may concern,
I am trying to implement the Helmholtz problem in your paper. I tried many times in the basic PINNs, and the prediction is different from the publication, even in the lowest…
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Hi,
May I ask if there is any example in MFEM for solving Helmholtz equation using absorbing or pml boundary conditions?
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This package should also provide 2D solvers.
@navidcy, let's work on it!
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### Version
nvidia-modulus: 0.4.0 nvidia-modulus.sym:1.3.0
### On which installation method(s) does this occur?
Pip
### Describe the issue
Using the Stan activation function according to the U…
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***I am moving this issue over verbatim from the Fortran svFSI repository***
I am developing a model for the perfusion of blood within a tissue volume. The model is a single-compartment Darcy model…
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These examples:
- [ear wave equation with optional mass lumping.](https://www.firedrakeproject.org/demos/linear_wave_equation.py.html)
- [A basic Helmholtz equation.](https://www.firedrakeproject.or…
p479h updated
6 months ago
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My question is about the do-nothing boundary condition in the Navier mini-app.
In the last of the three steps, a Helmholtz-type equation is solved to obtain the velocity. The pressure enters using…
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Dear Lu Lu,
Thank you for such a great package. I really consider deepXDE as a future working tool for my research interests.
Here is my specific problem:
![image](https://user-images.githubuserc…
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Hi Stuart,
I wanted to use your code to solve the Helmholtz equation on a cortical mesh. I've downloaded your BrainNetworkModels but haven't figured out how to implement the simulation. Specifically…
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A generic routine could be written for thermodynamic derivatives of any two property pairs as is done in CoolProp and RefProp. The generic formulas for such a function based on IF97 Gibbs and Helmhol…