Experimental and Computational Study of a Closed Loop Cooling System for High Performance Electronics
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Authors
Sribhashyam, Sreenadh
Laguri, Kunti
Issue Date
2019-03-29
Type
Other
Language
en_US
Keywords
Closed loop liquid cooling system , Computational fluid dynamics model , High performance electronic device
Alternative Title
Abstract
This paper is on the experimental and numerical studies of a closed loop liquid cooling system for a high performance electronic device. The closed loop cooling system consists of a cold plate, a heat exchanger, a pump, a reservoir, and hoses connecting the components. Computational fluid dynamics (CFD) models of the cold plate and the heat exchanger have been developed to study the heat transfer and fluid flow in these devices. Experimental and CFD studies have been conducted to understand the heat transfer and fluid flow in the cold plate and the heat exchanger and their influence on the electronics device, and to study the effect of coolant flow rate on the dissipation of heat in the closed loop system.