Study on the optimization design of flow channels and heat dissipation performance of liquid cooling modules

As the system functions of electronic equipments increase, and the power of micro-electronics elements becomes more and more higher, heat dissipation is more and more taken seriously. The importance of thermal design in electronic equipment is introduced in this paper. Further more, using Flotherm s...

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Main Authors: Wenjian Feng, Dagui Huang
Format: Conference Proceeding
Language:English
Subjects:
Acceleration
Accelerometers
Design optimization
Earth
Flow channel
Geologic measurements
Geophysical measurements
Gravity
Instruments
Liquid cooling
Optimum design
Sea measurements
Simulation
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Dagui Huang
description As the system functions of electronic equipments increase, and the power of micro-electronics elements becomes more and more higher, heat dissipation is more and more taken seriously. The importance of thermal design in electronic equipment is introduced in this paper. Further more, using Flotherm simulatively analyze modules with different flow channel configurations and parameters, so as to obtain such parameters as temperature, flow rate and pressure-loss of different fluid flow. At the same time, by making a comparative analysis on these results, relevant conclusions have been drawn.
doi_str_mv 10.1109/ICMA.2009.5246129
format conference_proceeding
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source IEEE Xplore All Conference Series
subjects Acceleration
Accelerometers
Design optimization
Earth
Flow channel
Geologic measurements
Geophysical measurements
Gravity
Instruments
Liquid cooling
Optimum design
Sea measurements
Simulation
title Study on the optimization design of flow channels and heat dissipation performance of liquid cooling modules
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