Numerical Investigation On 90 Degree  Transverse Nozzle Shaped Perforated Ribs With Different0 Nozzle Angles And Relative Roughness Height

Surendra Agrawal; Dr. Dinesh Kumar Soni

Volume 4, Issue 3 (March 2018)

Numerical Investigation On 90 Degree Transverse Nozzle Shaped Perforated Ribs With Different0 Nozzle Angles And Relative Roughness Height

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Author(s)

Surendra Agrawal Dr. Dinesh Kumar Soni

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–

Keywords

Computational Fluid Artificial Roughness Thermo-hydraulic Performance Parameter Friction Factor

Paper ID

IJSARTV4I321996

Publication Date

March 27, 2018

Research Area

Mechanical Engineering

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