Computational Fluid Dynamics (CFD), an extremely versatile
technology requiring high performance computing environment
is poised to take over as a universal software for
simulating multi-physics problems in industrial R&D. It is
slowly becoming a part and parcel of Computer Aided
Engineering, promising to reduce the time and cost of
designing and analyzing engineering systems, especially
because present day cluster of PCs have adequate computing
power for solving CFD problems. The major deterrents to the
widespread use of CFD now are lack of trained manpower and
availability of accurate, robust and versatile CFD software.
The present course is designed to introduce and train
participants in the use of CFD for industrial applications.

Lectures would be conducted on the following Topics :
Fundamentals of Fluid Mechanics and CFD and its ingredients,
Modeling the computational domain, Creating the meshes,
setting-up the CFD execution, monitoring and interpreting
the results, validation of CFD results.