Mastering ANSYS CFD from zero to expert

Last Updated: April 2023 (Section 34: Turbulent Pipe Flow & Nusselt Number Determination Using CFD)

This course is designed for students and professionals who want to learn Computational Fluid Dynamics (CFD) using industry-standard tools. It starts from the basics and gradually covers advanced concepts, making it suitable for beginners as well as those with some prior experience in CFD. The course provides a structured approach to learning, focusing on both theoretical understanding and practical applications.

Over the past seven years, this course has helped thousands of students from around the world build their skills in CFD, with detailed explanations, step-by-step demonstrations, and real-world case studies.

What You Will Learn

• Understanding the fundamentals of CFD and its applications

• Using ANSYS Fluent, CFX, ICEMCFD, ANSYS Meshing, DesignModeler, and Workbench

• Geometry creation, mesh generation (structured and unstructured), and mesh quality checks

• Setting up simulations in Fluent and CFX, including solver settings, boundary conditions, and turbulence modeling

• Performing mesh independence studies to improve accuracy

• Post-processing results to analyze flow behavior, pressure distribution, and heat transfer

• Comparing CFD results with experimental data for validation

• Presenting and interpreting results for reports, research papers, and industry projects

Course Updates & Additional Topics

• Mixing of Two Fluids (Feb 2020) – Post-processing techniques and mesh independence study

• Double Contraction Pipe with 90° Bend (July 2020) – Hexa meshing using MultiZone and CFD-Post analysis

• Swirler Effect on Mixing & Heat Transfer (March 2021) – Studying flow and heat transfer in a mixing elbow

• Flow Separation Control Using Dimples (March 2021) – Passive control methods for flow separation

• NACA 4412 Airfoil Analysis (August 2021) – Aerodynamic analysis of a cambered airfoil

• Turbulent Pipe Flow & Nusselt Number Determination (April 2023) – Heat transfer analysis in turbulent pipe flow

Course Features

• 35+ hours of video content with detailed explanations and case studies

• 98 downloadable resources, including ANSYS project files, geometry and meshing files, research papers, and presentation slides

• Lifetime access to all course materials with updates

• Accessible on mobile, TV, and desktop for flexible learning

• Support for student queries, with responses provided within 24 hours

Who Should Take This Course?

• Students and professionals looking to build CFD expertise

• Researchers needing CFD simulations for academic work

• Engineers using CFD for design analysis and optimization

• Anyone interested in learning how to use ANSYS software for fluid flow and heat transfer simulations

This course provides a solid foundation in CFD and practical experience with industry tools. If you are looking to develop your skills in this field, this course can be a helpful resource.