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TECHNICAL PAPERS

Numerical Investigation of the Steady-State Operation of a Cylindrical Capillary Pumped Loop Evaporator

[+] Author and Article Information
Y. H. Yan, J. M. Ochterbeck

Department of Mechanical Engineering, Clemson University, Clemson, SC 29634

J. Electron. Packag 125(2), 251-260 (Jun 10, 2003) (10 pages) doi:10.1115/1.1569509 History: Received October 12, 2001; Online June 10, 2003
Copyright © 2003 by ASME
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References

Figures

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(a) Computational domain and (b) coordinate system for the cylindrical evaporator
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Velocity field for flow in the liquid channel (q=30 kW/m2,ΔTsub=5 K,keff=10 W/mK)
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Temperature distribution in the liquid channel (q=30 kW/m2,ΔTsub=5 K,keff=10 W/mK)
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Volumetric enthalpy in the wick structure (q=30 kW/m2,ΔTsub=5 K,keff=10 W/mK)
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Liquid saturation in the wick structure (q=30 W/m2,ΔTsub=5 K,keff=10 W/mK)
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Pressure field in the wick structure (q=30 kW/m2,ΔTsub=5 K,keff=10 W/mK)
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Mixture velocity in the wick structure (q=30 kW/m2,ΔTsub=5 K,keff=10 W/mK)
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Liquid velocity in the wick structure (q=30 kW/m2,ΔTsub=5 K,keff=10 W/mK)
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Vapor velocity in the wick structure (q=30 kW/m2,ΔTsub=5 K,keff=10 W/mK)
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Influence of heat flux on the temperature in the liquid core (keff=10 W/mK,ΔTsub=5 K)
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Influence of heat flux on the liquid saturation in the wick structure (keff=10 W/mK,ΔTsub=5 K)
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Influence of heat flux on the pressure drop in the wick structure (keff=10 W/mK,ΔTsub=5 K)
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Influence of ΔTsub on the temperature in the liquid core (q=30 kW/m2,keff=10 W/mK)
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Influence of ΔTsub on liquid saturation in wick structure (q=30 kW/m2,keff=10 W/mK)
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Influence of ΔTsub on the pressure in the wick structure (q=30 kW/m2,keff=10 W/mK)
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Influence of effective thermal conductivity on the liquid core temperature (q=30 kW/m2,ΔTsub=5 K)
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Influence of keff on the liquid saturation in the wick structure (q=30 kW/m2,ΔTsub=5 K)
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Influence of keff on the pressure in the wick structure (q=30 kW/m2,ΔTsub=5 K)

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