High Impact Factor : 7.883
Submit your paper here

Impact Factor

7.883


Call For Paper

Volume 10 Issue 12 December 2024


Download Paper Format


Copyright Form


Share on

NUMERICAL MODELLING ON SUPERSONIC FLUID FLOW OVER A CAVITY CONCERNING VELOCITY FIELD, COEFFICIENT OF PRESSURE AND OVERALL SOUND PRESSURE LEVEL

  • Author(s):

    Dr. Nirmal Kumar Kund

  • Keywords:

    Numerical Simulation, Cavity, LES, Velocity Vector, Coefficient Of Pressure, OASPL.

  • Abstract:

    A Suitable Numerical Model Is Developed To Estimate Supersonic Flow Past A 3D Open Cavity. The Studies Involve Supersonic Flow Over The 3D Open Cavity Having Length-to-depth Ratio Of 2, Including The Supersonic Free-stream Mach Number Of 2 In Addition To

Other Details

  • Paper id:

    IJSARTV4I119541

  • Published in:

    Volume: 4 Issue: 1 January 2018

  • Publication Date:

    2018-01-12


Download Article