NUMERICAL INVESTIGATION ON 90 Degree TRANSVERSE NOZZLE SHAPED PERFORATED RIBS WITH DIFFERENT0 NOZZLE ANGLES AND RELATIVE ROUGHNESS HEIGHT

• Author(s):

  Surendra Agrawal | Dr. Dinesh Kumar Soni

• Keywords:

  Computational Fluid, Artificial Roughness, Thermo-hydraulic Performance Parameter, Friction Factor

• Abstract:

  A Two-dimensional Computational Fluid Dynamics (CFD) Analysis Of A Solar Absorber Plate Has Been Carried Out Using Circular Nozzle Shaped Perforated Transverse 900 Ribs As Artificial Roughness On The Absorber Plate. The Relative Roughness Pitch(P/e= 7.14–

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Other Details

• Paper id:

  IJSARTV4I321996

• Published in:

  Volume: 4 Issue: 3 March 2018

• Publication Date:

  2018-03-27

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