Great tutorial! I wish to know wich softears did you used to make the 3d model and with what softwear did you use to creat the iges file for solid geometry? 🙏🙏🙏🙏
Here it has been assumed as a Newtonian Fluid.The property you change is mainly just the viscosity from constant to carreau in the drop-down list to the right of Viscosity. The Carreau Model dialog box will open.
hello Dayan Wang Have you done the geometry on the stented flow domain in patient-specific? I am working on the same topic and I got stuck at this stage. could you please share this geometry with me
@@chronotis Hi David, I'm Saji. Hope you are doing well today. I'm doing my thesis on this topic. I need couple of information. It will be of great help if you share your email id.
How did you get that many elements during meshing?
Great tutorial! I wonder if you have tutorials for designing the 3D models of Coronary Arteries or similar blood vessels with complex structures?
The solid portion says it’s made out of Aluminum, will that not make it an accurate representation of endothelial vessel tissue?
can you help me to design this géométrie but an Ather diameter in inlet and outlet
how to get interior solid when doing the contours part
Hi, how can I contact you? I have some questions about it.
Great tutorial! I wish to know wich softears did you used to make the 3d model and with what softwear did you use to creat the iges file for solid geometry? 🙏🙏🙏🙏
ANSYS
Can u plz help me how to create the geometry u used.
Are you using elastic model for simulation of blood in artery
Can you provide one tutorial regarding FSI?
in my in counters table interior solid is not displayed. so can anyone suggest me how to add that one
how to plot the graph of ECA blood flow only.
Blood is non newtonion fluid where do you put that properties?
Here it has been assumed as a Newtonian Fluid.The property you change is mainly just the viscosity from constant to carreau in the drop-down list to the right of Viscosity. The Carreau Model dialog box will open.
Hello, how can I convert pulsatile to flow
Great tutorial! Thank you for sharing. I'm new to CFD, may I ask how did you obtain the stented flow domain in patient-specific geometry? Thank you
hello Dayan Wang
Have you done the geometry on the stented flow domain in patient-specific? I am working on the same topic and I got stuck at this stage. could you please share this geometry with me
@@daminisingh6490 Hello Damini,
did you get the geometry please ?
@@Qforyou no. i didn't not get the geometry.
how to calculate de oscillatory shear index
What should be changed for doing pulsatile flow?
Hello, did you find the answer
i need solidworks file
why do you use energy equation? what does it matter? it just slows you down... isn't it?
Dear David: energy equation is required because we interested in temperature distribution
@@ammarabdulkadhim8596 oh.. okay, i see then. in my simulation i'm not so i just leave it.
@@chronotis Hi David, I'm Saji.
Hope you are doing well today.
I'm doing my thesis on this topic. I need couple of information. It will be of great help if you share your email id.
@@sajinair6882 sure, i'll message you.
@@chronotis Thank you so much David 😃. My email id : sajilal444@gmail.com
You did not show or address how to make the most important step. How does one make the interior-solid surface?
I got this by using a 3d scaner stp file
@@CADDBS Oh, okay thank you! I'm learning so I am new to this. How may I find the file and add it to the Mesh?
sorry, CFD is NOT just a mechanical engineering software, it's an engineering software...nice demostration tho
CFD isn't even a software... if we are to be sticklers. :P
@@chronotis good one ;)