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OpenFOAM Fundamentals to Advanced CFD

Course Highlights

Price: 50 $

Course Overview

This course is designed to provide a complete understanding of Computational Fluid Dynamics (CFD) using OpenFOAM, with a strong focus on real-world engineering applications. You will learn how to set up simulations from scratch, analyze fluid behavior, and interpret results effectively.

Starting from the fundamentals, the course gradually moves toward advanced topics such as turbulence modeling, boundary condition setup, and post-processing techniques. Each concept is explained through practical examples and hands-on case studies to ensure a deep and practical understanding.

By the end of this course, you will be able to confidently perform CFD simulations, solve engineering problems, and apply OpenFOAM workflows in real industry scenarios.

Course Contents

Module 1: Introduction To The Course

Lecture 1: Introduction

Lecture 2: OpenFoam Installation

Lecture 3: OpenFoam Case Structure

Lecture 4: Lid Driven Cavity Flow Simulation

Lecture 5: The BlockMesh

Lecture 6: SnappyHexMesh

Lecture 7: Introduction to Parallel Meshing

Lecture 8: Decomposing, Running in Parallel and Reconstructing

Lecture 9: Introduction To Python Post Processing

Lecture 10: Details of Python Post Processing

Lecture 11: Benard Cell Advanced Tutorial with OpenFoam

Lecture 12: Offset Cylinder Advanced Tutorial with OpenFoam

Lecture 13: Rotating Square Advance Tutorial with OpenFoam

Lecture 14: Square Bump Advanced Tutorial with OpenFoam

Lecture 15: Artificial Intelligence

Lecture 16: Introduction and Physics Behind The Problem

Lecture 17: Geometry and BlockMesh Setup

Lecture 18: Setting Up The Case Files and Running the Simulation

Lecture 19: Wrap Up and Conclusion