Computational Fluid Dynamics with the Finite Volume Method

Simulating fluid flow is a cornerstone of modern engineering, yet the underlying mathematics can often feel inaccessible. This course demystifies computational fluid dynamics (CFD) by teaching you how to translate physical principles into working numerical code. You will transition from understanding basic fluid equations to confidently structuring your own simulation algorithms. What you'll learn: - Understand the foundational governing equations of fluid flow and heat transfer - Master the core principles of the Finite Volume Method (FVM) for spatial discretization - Formulate numerical schemes for diffusion, convection, and pressure-velocity coupling - Implement modern code structures for solving algebraic systems of equations - Apply basic testing and verification techniques to check the accuracy of your numerical solutions - Practice constructing step-by-step algorithms for classic fluid flow problems Starting with essential terminology and the governing transport equations, the course guides you through discretization techniques and boundary conditions, concluding with practical algorithm implementation. This text-based program is designed for beginners, engineering students, and self-taught programmers with no prior CFD experience. Start your journey into numerical fluid simulations today.