This Course is Ideal for
• Industries wishing to provide ideal Design solutions and professional development to staff in this field.
• Engineers wishing to specialize in CFD.
• Researchers and Students who wish to use CFD in their Research Project.
• Employees within Industries looking to use CFD in future projects.
• Final and Pre-final Engineering students wishing pursue career in R&D.
• If the answer for any of the above question is YES, you are right candidate for the course.
COURSE OBJECTIVES
On completion of this course you will have an appreciation of CFD and underlying theory. This includes the effective use of grid generation software; an understanding of the different numerical methods employed in CFD software; the choice of appropriate CFD methods and turbulence models; sources of error; and what is required in order to demonstrate confidence in your CFD results.
The sponsoring organisation will benefit from having an employee or researcher who is up to date with state-of-the-art methods in commercial CFD. The delegate will understand the formal process to follow to produce accurate, well validated CFD simulations, and will be capable of completing a CFD simulation of a given geometry from scratch including mesh generation, model selection, post-processing of the results and validation. CFD is a rapidly growing industry and attending this course will put you in a strong position for to develop future business in this field.
SALIENT FEATURES OF THE COURSE
• This is a Certified Course.
• Well-designed course with theoretical foundation and software training.
• Course involves industry standard problems.
• Comprehensive range of courses at all levels from Management Awareness to Advanced Techniques
• Continuous assessment throughout the course.
• Tuition is by our team of consulting engineers or partners who have daily experience in using CFD to solve real-life industrial analysis problems.
• Direct placement for top rankers.
• Upon successful completion of a course, delegates will be issued with a Certificate of Competence.
⋆ For course content and details download our training brochure or write to us at cae.training@flowxplore.com
CARRIER IN CFD
India is identified as the world’s fastest growing technical hub, and many more have started their CFD design centre. The main stumbling block today is not technology but the skilled professional who can make use of the technology to solve industrial problems. CFD industry is lacking quality man power. DACFD is a unique professional which bridges the gap between YOU and CFD industry.
ROLE OF A CFD ENGINEER
Computational Fluid Dynamics (CFD) is a technique of simulating a flow of fluid by using suitable software to solve the flow field around or inside the desired body or geometry by running complex numerical simulations.
A CFD engineer performs a CFD simulation by following step-by-step procedure listed below:
1. Fluid Domain extraction of the geometry.
2. Domain discretization or mesh generation.
3. Choosing a flow model.
4. Applying Boundary Conditions.
5. Computing the Flow Field.
6. Post processing and
7. Result Generation.
All participants will make excellent understanding of each and every step of the procedure to produce an accurate result.
