This intensive 3-week training program is designed to equip participants with a comprehensive understanding of Computational Fluid Dynamics (CFD). The course will cover the fundamentals of fluid dynamics, mesh generation, and CFD simulation techniques, using industry-standard software such as ANSYS Fluent or OpenFOAM. By the end of the course, participants will have hands-on experience in performing simulations for real-world engineering problems related to fluid flow, heat transfer, and multiphase flows.
The course will consist of lectures, software tutorials, and practical assignments, ensuring a balance of theory and application.
Prerequisites:
To ensure participants can fully engage with the course content, the following prerequisites are recommended:
- Basic knowledge of Fluid Mechanics and Thermodynamics (undergraduate level)
- Familiarity with numerical methods (basic understanding of discretization, solving algebraic equations)
- Basic computer skills (ability to install and navigate simulation software)
- Engineering background (mechanical, aerospace, chemical, civil, or related disciplines)
Learning Outcomes:
By the end of the course, participants will be able to:
- Understand the principles of fluid dynamics and their numerical representations in CFD.
- Set up, solve, and interpret 2D and 3D CFD simulations for different flow regimes (laminar, turbulent, compressible, and incompressible).
- Use mesh generation techniques for accurate and efficient simulations.
- Analyze and visualize CFD results using post-processing tools.
- Apply CFD techniques to real-world engineering problems involving fluid flow, heat transfer, and multiphase interactions.
- Optimize simulation parameters to enhance the accuracy and efficiency of models.
Who Can Attend:
This course is ideal for:
- Engineers (mechanical, aerospace, chemical, civil) interested in applying CFD in their industry.
- Graduate students and researchers involved in fluid dynamics and heat transfer studies.
- Professionals looking to improve their simulation skills and transition into CFD-related roles.
- Industry professionals seeking to upskill or switch to roles requiring advanced simulation knowledge.
Location:
South AfricaTraining Dates:
Each course starts every Monday of each week. Please book your training on a date that is a Monday.Course Duration: 3 Weeks
Unit Standard: 244708
NQF Level: 5
Number of Credits: 6
Course Fees
Note: Please fill in the online application form on the left or bottom if this page to receive a quotation with detailed pricing from AATICD.How to Apply:
To Apply Simply Fill in the Online Enquiries / Applications form on the Right Sidebar or Bottom of this website https://www.aaticd.co.zaNB:
When filling the online application form; please take note of your desired Training Month, Duration in Weeks and Training Session. This will give us the exact dates you will be attending your classes.Also note that Tuition Fees must be paid upfront on or before training start date. This is to ensure that all resources are made availabe for you before you start. You will not be allowed into training if fees are not paid and verified.
Also note that Tuition Fees Cancellations must be made 14 business working days before the starting date of training. This will allow us to do a 50% refund of the total amount paid. If cancellations are made thereafter note that no refund will be made to delegates.
Tuition Fees include teas and lunch as well as either a laptop or tablet which a delegate will take home free of charge.
Tuition Fee DOES NOT include Accommodation, Dinners and other Extra Curricular Activities or Incidentals. Delegates are expected to fund this on their own. AATICD will not be held accountable for any incidents to delegates.
In-House Trainings are also available for 3 or more delegates for any duration. Please consult with our Administration for such In-House training bookings.
Course Outline
Week 1: Fundamentals of CFD and Software Setup
Introduction to CFD: Concepts, history, and applications
Governing equations of fluid flow (Navier-Stokes equations)
Introduction to CFD software (ANSYS Fluent/OpenFOAM)
Discretization methods (finite difference, finite volume, finite element)
Mesh generation techniques (structured, unstructured)
Practice: Simple 2D flow simulation
Week 2: Turbulence Modeling and Heat Transfer
Overview of turbulence and modeling techniques (RANS, LES, DNS)
Boundary conditions for turbulent flow
Introduction to heat transfer in fluids (conduction, convection)
Setting up simulations for turbulent flow
Multiphase flow introduction (Eulerian-Eulerian approach)
Practice: Heat transfer simulation in pipe flow
Week 3: Advanced CFD Applications and Project
Compressible vs incompressible flow simulation
CFD optimization techniques
Introduction to multiphase flow simulations
Practical industry case studies (aerospace, automotive, chemical engineering applications)
Post-processing techniques for analyzing CFD results (visualization, reporting)
Final project: Conduct a comprehensive CFD simulation based on an assigned real-world engineering problem.
Software Used:
ANSYS Fluent or OpenFOAM (software installation guidelines will be provided before the course begins)
