CFD course

A CFD course, or Computational Fluid Dynamics, is a training program aimed at teaching the fundamentals and advanced concepts related to simulating and analyzing fluid motion (gases or liquids) using computer-based techniques.

Course hours

100 hours

Course sections

7 sections

Course lectures

40 Lectures

Benefit from this course

Design Optimization

Performance Analysis

Problem Simulation

Computational Fluid Dynamics

The study of Computational Fluid Dynamics (CFD) has become one of the most essential sciences underpinning various applications and industries. It enables highly realistic simulations, making it a critical tool for major companies in fields such as medicine, aviation, automotive, shipbuilding, space agencies, pump and HVAC manufacturing, construction, and more. CFD is widely adopted due to its cost-effectiveness, speed, and accuracy compared to experimental testing.

Course Highlight :

Introduction to Geometry Creation in ANSYS DesignModeler

This section covers local and global mesh settings in ANSYS CFD, focusing on their applications and impact on simulation accuracy. It also explores mesh quality assessment and optimization techniques. Practical examples will demonstrate how to refine meshes for better performance.

Advanced CFD Meshing Techniques in ANSYS

This section covers local and global mesh settings, their applications, and impact on accuracy. It explores mesh quality assessment and optimization techniques. Practical examples demonstrate refining meshes for better performance.

Introduction to CFD Meshing in ANSYS

This section introduces meshing concepts in ANSYS CFD, covering meshing theory and the software environment. It explores global mesh settings, their applications, and practical implementation. These fundamentals ensure high-quality meshes for accurate and efficient simulations.

Practical Applications of CFD

This section explores CFD applications in heat transfer and fluid flow analysis. It covers pipe flow, transonic wing aerodynamics, HVAC design, and heat exchanger optimization. These simulations enhance efficiency and engineering performance.

Frequently Asked Questions:

Is the course suitable for beginners?

Yes, the course is suitable for students, fresh graduates, and experienced engineers as wel.

Is there a certificate after the end of the course?

Yes, there are 2 Certified certificates after the end of the course.

Is practical application available on real applications and projects?

Yes, the practical application will be applied to 10 different applications and projects.

Does the course qualify the trainee to work?

Yes, the course qualifies the trainee to work from the experience gained within the course, which makes him able to work in any large company and mega projects

Does follow-up continue until the end of the course for inquiries and discussions?

Yes, follow-up continues during and after the end of the course to assist with any technical support

Information about the Instructor

Dr. Eng. Hassan kotb

Researcher and lecturer at the Faculty of Energy Engineering

Research Associate at TU Berlin
PhD researcher at TU Berlin
M.SC in mechanical engineering (CFD)
M.Sc in machine learning and Data science from London south bank university and university of applied science in Berlin
Engineer in training (EIT) from the NCESS in USA
Ex_Research and Teaching assistant at the American University in Cairo
+7 years of experience in the computational dynamics field
Worked on mega projects in Gulf ,Australia and USA