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Computational Fluid

Dynamics: with

experimental demos

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Syllabus

  • Basic of fluid mechanics

  • Equations in flow and heat transfer

  • Computational Fluid Dynamics

  • Defining a problem for CFD simulations

  • Assumptions and limitations involved

  • Geometric and discretization requirements

  • Selection of suitable conditions

  • Mesh tools

  • Simulation tools

  • Post processing tools

  • Familiarizing advanced experimental tools

  • Thermal measurements

  • Velocity and pressure measurements

  • Laser and smoke visualization

  • Particle Image Velocimetry (PIV)

  • Image processing

Does CFD really do the trick?

CFD test Correlations

Compare the simulation results with real world test data!

Mini wind tunnel test

Discover how the Ferrari and fighter planes are designed.