This study provides a comprehensive thermal design methodology for both single-phase and two-phase micro-channel heat sinks under a fixed liquid coolant flow rate. The parameters relevant to heat sink design are grouped into geometrical parameters, operating parameters, and thermal/fluid parameters. The objective of the proposed thermal design methodology is to determine micro-channel dimensions leading to the most desirable heat sink performance corresponding to a given dissipative heat flux and liquid coolant flow rate. An acceptable design region is first identified which encompasses all possible micro-channel dimensions corresponding to the prescribed dissipative heat flux and liquid coolant flow rate. Heat sink performance maps are the...
Purpose – To provide modeling approaches of increasing levels of complexity for the analysis of conv...
A simple thermal resistance network model is developed to optimize the overall thermal performance o...
The increases in the demand for high performance electronic device has led cooling technology from a...
This paper explores several issues important to the thermal design of single-phase and two-phase mic...
Abstract—This paper explores several issues important to the thermal design of single-phase and two-...
Semiconductor devices for demanding automotive applications generate a large amount of heat (>100 Wc...
Analyses have been performed to obtain momentum and thermal characteristics in microchannel heat sin...
Various transport phenomena in micro-channel heat sinks were investigated in this thesis work. Inclu...
A new cooling scheme is proposed where the primary working fluid flowing through a micro-channel hea...
With the development of miniaturized and enormous heat density generating novel technologies, the mi...
Micro-channel heats sinks are gradually replacing conventional fan heat sinks for electronic chip co...
Penyerap haba saluran mikro menjadikan sebuah teknologi penyejukan berinovatif bagi lesapan berkesan...
The requirement of modern industrial society is to continuously improve the performance of manufactu...
The cooling of electronic devices is essential to guarantee their functional performance and operati...
Selected state of the art micro scale convective heat transfer techniques are presented for use in h...
Purpose – To provide modeling approaches of increasing levels of complexity for the analysis of conv...
A simple thermal resistance network model is developed to optimize the overall thermal performance o...
The increases in the demand for high performance electronic device has led cooling technology from a...
This paper explores several issues important to the thermal design of single-phase and two-phase mic...
Abstract—This paper explores several issues important to the thermal design of single-phase and two-...
Semiconductor devices for demanding automotive applications generate a large amount of heat (>100 Wc...
Analyses have been performed to obtain momentum and thermal characteristics in microchannel heat sin...
Various transport phenomena in micro-channel heat sinks were investigated in this thesis work. Inclu...
A new cooling scheme is proposed where the primary working fluid flowing through a micro-channel hea...
With the development of miniaturized and enormous heat density generating novel technologies, the mi...
Micro-channel heats sinks are gradually replacing conventional fan heat sinks for electronic chip co...
Penyerap haba saluran mikro menjadikan sebuah teknologi penyejukan berinovatif bagi lesapan berkesan...
The requirement of modern industrial society is to continuously improve the performance of manufactu...
The cooling of electronic devices is essential to guarantee their functional performance and operati...
Selected state of the art micro scale convective heat transfer techniques are presented for use in h...
Purpose – To provide modeling approaches of increasing levels of complexity for the analysis of conv...
A simple thermal resistance network model is developed to optimize the overall thermal performance o...
The increases in the demand for high performance electronic device has led cooling technology from a...