Learning Forum

[23114210]

Subject: Seeking Guidance on Catheter-Coronary Artery Collision Simulation in ANSYS

Hello ANSYS Community,

I hope this message finds you well. I am currently working on a project that involves simulating the collision of a catheter within a coronary artery using ANSYS. I am seeking guidance and support from the community to navigate this simulation effectively.

Key aspects of the simulation include:

1. Geometry Setup:

   • Importing and accurately representing the 3D model of the coronary artery and catheter.
   • Ensuring proper meshing to capture the intricacies of the artery and catheter geometry.

2. Material Properties:

   • Defining realistic material properties for both the coronary artery and the catheter.

3. Boundary Conditions:

   • Establishing appropriate boundary conditions to mimic physiological conditions during the simulation.

4. Collision Detection:

   • Implementing collision detection algorithms to accurately capture and analyze the interactions between the catheter and the coronary artery.

5. Solver Settings:

   • Selecting the appropriate solver settings for a reliable and efficient simulation.

I would greatly appreciate any insights, tips, or resources that the community can provide to guide me through the process. If anyone has experience with similar simulations or has tackled challenges related to catheter-artery interactions, your expertise would be invaluable.

Thank you in advance for your time and assistance. I look forward to learning from the collective knowledge and experience of the ANSYS community.

Best regards,

Ahmed Raza

ahmed.raza251999@gmail.com

+81-1025176607

[Ashish Khemka]

Hi,

Can you please post the query with details under proper channel. For example please post this query under General Mechanical. This way members will have see your query under proper channel and then try to provide their comments. I will close this topic.

By the way please see if this course helps: Cardiovascular Stent Simulation| Ansys Innovation Courses

Regards,

Ashish Khemka