Mathematical optimisation: Design of optimal micro heat sinks: Optimisation of Microchannels and Micropin-fin Heat Sinks with CFD in Combination with an Optimisation Algorithm - Image 1

£43.00

LAP Lambert Academic Publishing Mathematical optimisation: Design of optimal micro heat sinks: Optimisation of Microchannels and Micropin-fin Heat Sinks with CFD in Combination with an Optimisation Algorithm

Name: Mathematical optimisation: Design of optimal micro heat sinks: Optimisation of Microchannels and Micropin-fin Heat Sinks with CFD in Combination with an Optimisation Algorithm
Brand: LAP Lambert Academic Publishing
Price: 43.0 GBP
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Electrical Engineering

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In this work, a design methodology which combines CFD with a mathematical optimisation algorithm (a leapfrog optimisation program and DYNAMIC-Q algorithm) is proposed. This automated process is applied to three design cases. In the first design case, the peak wall temperature of a microchannel embedded in a highly conductive solid is minimised. The second case involves the optimisation of a double row micropin-fin heat sink. In this case, the objective is to maximise the total rate of heat transfer with the effect of the thermal conductivity also being investigated. The third case extends the micropin-fin optimisation to a heat sink with three rows. In all three cases, fixed volume constraint and manufacturing restraints are enforced to ensure industrial applicability. Lastly, the trends of the three cases are compared. It is concluded that optimal design can be achieved with a combination of CFD and mathematical optimisation.

Product Specifications

Brand: LAP Lambert Academic Publishing
Format: paperback
ASIN: 3845442263
Category: Books > Subjects > Science, Nature & Maths > Engineering & Technology > Electrical > Electrical Engineering
Domain: Amazon UK
Release Date: 26 August 2011
Listed Since: 13 September 2011

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LAP Lambert Academic Publishing Mathematical optimisation: Design of optimal micro heat sinks: Optimisation of Microchannels and Micropin-fin Heat Sinks with CFD in Combination with an Optimisation Algorithm

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