Hello everyone, the attached picture that you can see here is the visualization of temperature in the conjugate heat transfer parallel plates and membrane based benchmark problem that you can find in the T-FLOWS crash course. I just need help identifying if: 1. in the circle in red, the light blue or kind of white colors represent numerical diffusion? 2. in the black circle, the white here represents physical diffusion?

Hello everyone, Currently doing the T-Flows crash course (available for free in the classroom section), I really recommend it for those who are starting their learning journey in CFD, it will introduce to a variety of important CFD topics. And now I am in the session where we work on a multi domain simulation as we work on a conjugate heat transfer parallel plate benchmark problem where the plate in the top is a gas, the one in the middle is a solid, and the one in the bottom is also a gas. And basically in this problem, we view how the heat is transferred from one gas to the solid plate to the other gas. And this case made me curious about when should we have the geometry for our cfd cases divided into multiple domains. I tried to Google it and search on YouTube but couldn't find anything. But my guess is that multi domain simulation come in handy when: 1.we are working with multiple fluids or multiphase flows. 2.fluids interacting with solids It would be helpful if somebody can inform me on this topic or refer me to some resources.

I'm the field of CFD, when applying for a job, does having a portfolio showing your most impressive projects help in getting a job? Or would the recruiter not even bother in taking a look at it?

I am currently doing wolf dynamics introductory course to openfoam and I just finished the module about meshing. In that module, the viewer is introduced to the ability of converting a mesh generated by a third party to openfoam format and I am curious if there is a particular meshing tool that generates the best mesh that you can get in cfd or is the idea of "the best meshing tool" subjective to the geometry and physical phenomena the modeller/engineer is working with?

As many of you have been asking about a mentorship program for beginners (level 0), @Angela Gjergjaj and I have launched 3 slots for 3 groups [max 10 seats per slot]. The first slot started yesterday - still has a few seats left. 💻 The mentorship program contains the following: ✅ 1- Introduction to command line interface (CLI) ✅ 2- T-Flows (Essentials and Applications) ✅ 3- Introduction to SplashFOAM ✅ 5- OpenFOAM (Essentials - Application - Programming) ✅ 6- Hands-on project. 🔗 Link to book a seat💺[scroll down to see it] See you and have a nice week ahead!✌️ *P.S.: Current pricing is only valid for 2024. Rates may vary from one program to another next year. **This is a long-term mentorship program which means it may take anywhere between 6 months and 2 years based on the pace of the group.