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• W2998656472 endingPage "537" @default.
• W2998656472 startingPage "497" @default.
• W2998656472 abstract "Growth in electronic devices comes with a challenge to engineers to provide proficient cooling mechanism in order to evade performance decline. Minichannel heat sinks are one among type of cooling devices to absorb heat formed in the electronic devices. Air is largely employed as cooling fluid in minichannels, but innovative methods are also adopted to enhance the heat transfer during the process. These days with modifications in the fluid flow passage and using liquid coolants such as nanofluids the Nusselt number is enhanced. These structural modifications adopted and different nanofluids employed with various volume concentrations and flow rates passed through minichannels to obtain enhancement in heat transfer rate are compiled in this article. The approach for these investigations is majorly categorized into numerical and experimental works. Numerical studies consisting of wide spread modeling methods like single phase/two phase flow modeling, laminar, transition/turbulent modeling etc. are reviewed. The related in-depth numerical and mathematical models used for computational analyses are detailed out exclusively. Experimental methods consisting of unusual passive techniques such as dimples/protrusions, pin fins, and corrugated channels. to achieve betterment in minichannel thermal performance are also provided. Another prime highlight of this article is compilation (in tabular form) of all the correlations and mathematical models used and developed to analyze different factors/properties during the thermal analyses. This article is concluded by providing an overall idea of different mathematical models and methods adopted in minichannels heat transfer analyses and future aspects to be addressed. Several important areas in minichannels heat transfer analyses exist which demand the optimization of heat and fluid flow processes and the use of machine learning concepts for analysis." @default.
• W2998656472 created "2020-01-10" @default.
• W2998656472 creator A5005541748 @default.
• W2998656472 creator A5011940121 @default.
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• W2998656472 creator A5052879081 @default.
• W2998656472 creator A5069665995 @default.
• W2998656472 creator A5073841192 @default.
• W2998656472 creator A5080200092 @default.
• W2998656472 creator A5083190086 @default.
• W2998656472 date "2020-01-03" @default.
• W2998656472 modified "2023-10-18" @default.
• W2998656472 title "Thermal analyses of minichannels and use of mathematical and numerical models" @default.
• W2998656472 cites W1745966011 @default.
• W2998656472 cites W1969818137 @default.
• W2998656472 cites W1973654933 @default.
• W2998656472 cites W1977432899 @default.
• W2998656472 cites W1978204326 @default.
• W2998656472 cites W1983717374 @default.
• W2998656472 cites W1984754981 @default.
• W2998656472 cites W1984952761 @default.
• W2998656472 cites W1993630414 @default.
• W2998656472 cites W1994423372 @default.
• W2998656472 cites W1999510855 @default.
• W2998656472 cites W2006072390 @default.
• W2998656472 cites W2009961269 @default.
• W2998656472 cites W2010364254 @default.
• W2998656472 cites W2014531468 @default.
• W2998656472 cites W2020494075 @default.
• W2998656472 cites W2022740096 @default.
• W2998656472 cites W2024030723 @default.
• W2998656472 cites W2027072631 @default.
• W2998656472 cites W2030462681 @default.
• W2998656472 cites W2031104351 @default.
• W2998656472 cites W2031236001 @default.
• W2998656472 cites W2031841650 @default.
• W2998656472 cites W2035923838 @default.
• W2998656472 cites W2036416297 @default.
• W2998656472 cites W2040859190 @default.
• W2998656472 cites W2042384369 @default.
• W2998656472 cites W2050345914 @default.
• W2998656472 cites W2051050157 @default.
• W2998656472 cites W2054396175 @default.
• W2998656472 cites W2058135277 @default.
• W2998656472 cites W2061002511 @default.
• W2998656472 cites W2064673752 @default.
• W2998656472 cites W2065320511 @default.
• W2998656472 cites W2068870350 @default.
• W2998656472 cites W2070705157 @default.
• W2998656472 cites W2073473215 @default.
• W2998656472 cites W2075002384 @default.
• W2998656472 cites W2084038661 @default.
• W2998656472 cites W2087186392 @default.
• W2998656472 cites W2094155275 @default.
• W2998656472 cites W2095334132 @default.
• W2998656472 cites W2099701887 @default.
• W2998656472 cites W2115683428 @default.
• W2998656472 cites W2133599163 @default.
• W2998656472 cites W2147363156 @default.
• W2998656472 cites W2148730186 @default.
• W2998656472 cites W2154000568 @default.
• W2998656472 cites W2160187305 @default.
• W2998656472 cites W2169566092 @default.
• W2998656472 cites W2170778268 @default.
• W2998656472 cites W2178724899 @default.
• W2998656472 cites W2202370349 @default.
• W2998656472 cites W2202574230 @default.
• W2998656472 cites W2213413504 @default.
• W2998656472 cites W2221981995 @default.
• W2998656472 cites W2229348626 @default.
• W2998656472 cites W2237653161 @default.
• W2998656472 cites W2251747932 @default.
• W2998656472 cites W2253629477 @default.
• W2998656472 cites W2280486156 @default.
• W2998656472 cites W2286838074 @default.
• W2998656472 cites W2313372777 @default.
• W2998656472 cites W2313951946 @default.
• W2998656472 cites W2333311745 @default.
• W2998656472 cites W2339542066 @default.
• W2998656472 cites W2339714937 @default.
• W2998656472 cites W2350288010 @default.
• W2998656472 cites W2405403028 @default.
• W2998656472 cites W2472413404 @default.
• W2998656472 cites W2507737727 @default.
• W2998656472 cites W2516151358 @default.
• W2998656472 cites W2529969980 @default.
• W2998656472 cites W2534287930 @default.
• W2998656472 cites W2549164187 @default.
• W2998656472 cites W2549207258 @default.
• W2998656472 cites W2559288779 @default.
• W2998656472 cites W2560478490 @default.
• W2998656472 cites W2579331572 @default.
• W2998656472 cites W2596835389 @default.
• W2998656472 cites W2695839717 @default.
• W2998656472 cites W2742971673 @default.
• W2998656472 cites W2744924767 @default.
• W2998656472 cites W2744962962 @default.
• W2998656472 cites W2748190566 @default.

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