Explore a comprehensive CFD tutorial on the lid driven cavitation problem, a renowned benchmark for validating numerical methods and analyzing fluid behavior in enclosed spaces. Begin with an introduction to the problem's geometry, boundary conditions, and key variables. Progress through the simulation process using ANSYS Workbench and Fluent, covering geometry setup in SpaceClaim, mesh generation, boundary condition configuration, and general simulation setup. Learn to run the calculation and perform post-processing in CFD-Post, including visualization of contours and streamlines, as well as result validation against available literature. Gain practical insights into this important fluid dynamics problem through step-by-step guidance and expert explanations.
Overview
Syllabus
Introduction
Workbench
SpaceClaim Geometry Setup
Mesh Setup
Fluent - Boundary Conditions and General Simulation Setup
Running Calculation
Post Processing CFD Post - Contours, Streamlines & Results Validation
Taught by
The Engineering Guide
