Introduction to Engineering CFD and Thermal Simulation

Modern engineering relies heavily on simulating fluid flow and heat transfer before building physical prototypes. Understanding how to set up, run, and analyze these simulations is a crucial skill for today's mechanical, aerospace, and process engineers. This text-based course guides you from absolute beginner to confidently understanding the core concepts of Computational Fluid Dynamics (CFD) and thermal physics modeling, preparing you to work with industry-standard simulation software. What you'll learn: - Learn the fundamental equations of fluid flow, gas dynamics, and heat transfer. - Understand the simulation workflow from geometry preparation and mesh generation to solving and post-processing. - Explore boundary conditions and material properties required for accurate physical modeling. - Discover how to select appropriate turbulence models for various engineering scenarios. - Practice interpreting simulation results and validating them against theoretical limits. - Apply best practices for modern simulation workflows in aerospace, engine manufacturing, and energy sectors. You will start with essential terminology and the basic physics of fluids and heat transfer. From there, you will progress through the step-by-step logic of setting up simulations, defining boundary conditions, and evaluating the accuracy of your results using structured written explanations and practical conceptual exercises. This course is designed for engineering students, junior designers, and technical professionals new to simulation. No prior experience with CFD software is required, though a basic understanding of mathematics and physics is helpful. Start your journey into the world of engineering simulation and master the fundamentals of CFD today.