Andere Kunden interessierten sich auch für
![Heat Transfer Analysis of Mini Channel Heat Sink by using CFD]( "Heat Transfer Analysis of Mini Channel Heat Sink by using CFD")
Heat Transfer Analysis of Mini Channel Heat Sink by using CFD26,99 €![Experimental and Computational Heat Transfer Analysis of Heat Sink]( "Experimental and Computational Heat Transfer Analysis of Heat Sink")
Experimental and Computational Heat Transfer Analysis of Heat Sink29,99 €![Liquid jet impingement & Convective Heat Transfer Coefficient]( "Liquid jet impingement & Convective Heat Transfer Coefficient")
Liquid jet impingement & Convective Heat Transfer Coefficient26,99 €![Rheology and CFD Studies of Nanofluids]( "Rheology and CFD Studies of Nanofluids")
Rheology and CFD Studies of Nanofluids48,99 €![Performance of Nanofluids in Minichannel Heat Exchangers]( "Performance of Nanofluids in Minichannel Heat Exchangers")
Performance of Nanofluids in Minichannel Heat Exchangers32,99 €![Microchannel Heat Sink]( "Microchannel Heat Sink")
Microchannel Heat Sink32,99 €![CFD Analysis of Heat Exchanger]( "CFD Analysis of Heat Exchanger")
CFD Analysis of Heat Exchanger27,99 €
Every computer consists a processor and every processor release heat due to impedance offered by electronic circuits to electric current. Increased processing power causes increased heat dissipation, making processor temperature rise. This causes reduced processing speed, shortened life, malfunction or in some cases failure and thermal shutdown of processor. In this book, forced air cooling system mounted on processor was investigated. Effect of various air inlet locations and air velocity on processor temperature were numerically analysed by commercially available computational fluid dynamics software. The results shows that modifications in conventions air cooling system can lower temperature and hot-spot on the heat sink.