🌬️💡COMSOL Tutorial: Particle Tracing with Turbulent Flow 🔍🔄

🌐 Explore More: 🔗 https://arminhashemi.org/ 🛠️ Need Help with a Project? 📩 https://arminhashemi.org/order-project/ 📸 Follow Me on Instagram: https://www.instagram.com/caewitharminhashemi/ 💼 Connect on LinkedIn: https://www.linkedin.com/company/cae-with-armin 🌬️💡 *COMSOL Tutorial: Fluid Flow & Particle Tracing in a Duct* 🔍🔄 In this tutorial, I demonstrate how to use COMSOL Multiphysics to model fluid flow and particle tracing in a duct. You’ll learn essential steps such as: ✅ Creating geometry ✅ Defining boundary conditions ✅ Setting up physics interfaces ✅ Visualizing with streamlines and particle trajectories We’ll explore the Turbulent Flow (k-omega) and Particle Tracing physics interfaces, utilizing both Stationary and Time-Dependent studies to solve the problem effectively. 💡 *What You’ll Learn:* ✅ Create geometry using rectangles, partition objects, and delete operators ✅ Define particle properties like diameter, density, and initial velocity ✅ Add drag force and boundary conditions to simulate realistic particle motion ✅ Visualize results with particle trajectories, streamlines, and animations Whether you're just getting started or want to sharpen your simulation skills, this video will help you gain hands-on experience with COMSOL’s powerful multiphysics tools. 📥 *Download COMSOL model (v6.2):* https://www.dropbox.com/scl/fi/45xlciun7n3l6r5b1nw48/Particle-tracing.mph?rlkey=1dmf4nfpqlxq96tsegzjm8mtg&st=5fk7m9l5&dl=0 👉 *Don’t forget to like, comment, and subscribe for more engineering simulation tutorials!* 0:00 0:25 Introduction 0:26 1:34 What is particle tracing? 1:35 2:17 Define model 2:18 4:30 Geometry and material 4:31 5:47 Turbulent flow model 5:48 9:35 Particle tracing model 9:36 11:57 Results #particlefluids #cfd #comsol #particletracing #turbulentflow #CAEwithArmin