Free Surface Impinging Jet

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Introduction - Physics• Three characteristic region• Free Jet Region•Potential Core•Shear Layer• Impingement/Stagnation Region• Wall Jet Region• Thin hydrodynamic and thermal boundary layers within thestagnation (impinging) point help to remove a large amount of heat
Introduction - Application• Vertical/Short Take-Off and Landing (V/STOL) aerodynamics• Internal cooling of turbine blades• Cooling of turbine blade, x-ray devices, laser weapons and fusionblankets, microelectronic components and neutron beam system• Quenching and annealing of non-ferrous sheet metals and plasticsheets• Tempering of glass and drying of textiles, wood, film materials andpaper• Freezing of tissues in cryosurgery
Page 1: Free Surface Impinging JetWork done
Page 5 and 6: Literature Review - FreeSurface Imp
Page 7: Mathematical Modelling - FreeSurfac
Page 10 and 11: Validation of laminar flow field in
Page 12 and 13: Heat transfer under free surfaceimp
Page 16 and 17: F'''Heat transfer under free surfac
Page 20 and 21: Heat transfer under partial submerg
Page 22 and 23: Heat transfer under partial submerg
Page 24 and 25: Conclusions•It was found that the
Page 26 and 27: References1. Womac, D.J., Ramadhyan
Page 28 and 29: References9. Stevens, J., Pan, Y.,

Free Surface Impinging Jet

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