Search Results - "Lam, Prasanth Anand Kumar"

A numerical investigation and design optimization of impingement cooling system with an array of air jets by Lam, Prasanth Anand Kumar, Prakash, K. Arul

“…•Heat transfer and entropy generation of jet impingement cooling system is presented.•Local and surface averaged Nusselt number along heat sources are analyzed…”
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Thermodynamic investigation and multi-objective optimization for jet impingement cooling system with Al2O3/water nanofluid by Lam, Prasanth Anand Kumar, Prakash, K. Arul

“…•Heat transfer and entropy generation of jet impingement cooling system is presented.•Local and surface averaged Nusselt number along heat sources are analyzed…”
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A numerical investigation on coolant flow and heat transfer characteristics of cutting tool in spot cooled vibration assisted turning of Ti6Al4V alloy by Gamidi, Kartheek, Pasam, Vamsi Krishna, Lam, Prasanth Anand Kumar

“…The present work is aimed to investigate the coolant flow and heat transfer of an uncoated carbide cutting tool in Spot Cooled Vibration Assisted Turning…”
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Effect of right-angled ribbed geometry on the performance of a Ranque–Hilsch vortex tube: A numerical study by Rajpal, Rohan, Dhopavkar, Usama Hamid, Lam, Prasanth Anand Kumar

“…The working principle for the energy separation observed in a Ranque–Hilsch Vortex Tube (RHVT) is a matter that is widely debated and unsettled. It is,…”
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A numerical study on natural convection and entropy generation in a porous enclosure with heat sources by Lam, Prasanth Anand Kumar, Arul Prakash, K.

“…In this paper, fluid flow and thermal characteristics associated with natural convection heat transfer in a porous enclosure containing high temperature heat…”
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A numerical investigation of heat transfer and entropy generation during jet impingement cooling of protruding heat sources without and with porous medium by Lam, Prasanth Anand Kumar, Arul Prakash, K.

“…•Effect of porous layer on impingement cooling of protruding heat sources is studied.•Entropy generation due to heat transfer and fluid friction has been…”
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Thermodynamic investigation and multi-objective optimization for jet impingement cooling system with Al 2 O 3 /water nanofluid by Lam, Prasanth Anand Kumar, Prakash, K. Arul

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Thermodynamic investigation and multi-objective optimization for jet impingement cooling system with Al sub(2)O sub(3)/water nanofluid by Lam, Prasanth Anand Kumar, Prakash, KArul

“…In the present study, a multi-objective optimization procedure combining finite element modeling of impingement cooling system, Response Surface Approximation…”
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