Computational Fluid Dynamics for Physicists – Training Services

Computational Fluid Dynamics for Physicists – Training Services offers a comprehensive introduction to numerical methods for simulating fluid flow and transport phenomena. The training covers the governing equations of fluid motion, including the Navier–Stokes equations, continuity, and energy equations, and demonstrates their computational solutions. Participants will learn discretization techniques such as finite difference, finite volume, and spectral methods, implemented in physics-focused case studies. Topics include laminar and turbulent flows, boundary layer analysis, heat transfer, and vortex dynamics. Using Python and MATLAB, the course emphasizes algorithm development, numerical stability, and visualization of flow fields. By the end, participants will gain practical skills to simulate fluid systems and interpret results for both research and applied physics problems.