Thank you David for your valuable suggestions...

Cheers
Sajeda

Dear SV developers, I hope you all are fine... I have one query that is it possible non-Newtonian blood flow simulation with coupled Momentum method..??? If possible please let me know some instructions... Otherwise, would you please let me know any way/some instructions for non-Newtonian blood flow...

Thank you Martin for your reply.

I have another query that in 1D mesh panel element size is 0.1.
I think it is 0.1 cm. Is it correct? If I put 0.05 cm then I get some centerlines from 3D otherwise not.
Would you please let me know why we use this extremely fine grid?

Thank you in advance

Sajeda

Dear SV developer, Hope you all are doing great. Thank you I am working on a 1D simulation project in coronary arteries. I would like to know that in meshing panel why and when we use adaptive mesh button? I think adaptive mesh capture pressure drop phenomenon in 1D. Is it right or not? If its right...

Thank you Martin and Dave.

You all doing a great job...

I have one more query that is it possible to calculate RRT (relative residence time) directly like WSS or TAWSS in 3d sv module?


Thank you in advance

Cheers,
Sajeda

Hi Martin,

Thank you very much for your reply and your information.

I would like know that is there any open source code or technique or document for 1D such simulation?
Actually, I've crying need this 1D simulation.

Thank you in advanceeeee


Best
Sajeda

Thank you Dave and Martin for your reply. One more thing I want to know about the sudden changing of the pressure difference in the 1D stenosis area. Is it possible to generate the sudden change pressure in 1D simulation by using GUI in sv? I would be happy if you write more about the 1D simulation ...

Hello Developers, Hope you are all fine. I would like to know about the simvascular compilation in Ubuntu 20. Is it possible to compile Simvascular step by step for patient-based blood flow simulations under ubuntu 20.04.1 LTS? In addition, I want to simulate 1D blood flow simulation by using Python...

Thank you very much Martin. I am very happy to receive your reply. I will try follow your instructions to measure pressure loss in the downstream of the stenosis region. However, I would be happy if you write some more instructions or python codes in this regards. Thank you in advance Cheers, Sajeda

Hi Dave, Hope you doing well. I have a query about the 1D simulation. I have different 3D coronary models with different areas of stenosis. At first, I extracted centerlines from 3D models then I set different materials for 1D simulations. I have observed that all CSV pressure or flow or WSS file pr...