Matches in SemOpenAlex for { <https://semopenalex.org/work/W3174309024> ?p ?o ?g. }
- W3174309024 endingPage "121600" @default.
- W3174309024 startingPage "121600" @default.
- W3174309024 abstract "The progress in additive manufacturing (AM) sector has transformed the ways in which heat exchangers (HXs) can be fabricated. The complex and freeform designs which could not be realized by conventional manufacturing routes can now be realized through AM technologies. The weight, volume, load bearing capabilities and manufacturing cost reductions are some of the other benefits that AM can provide over the conventional manufacturing. The relative benefits of using AM to make heat exchangers, however, are accompanied by various inherent challenges related to the process parameters, surface quality and material choice. A comprehensive understanding of the fabricated HX surface quality is imperative to explain the resulting flow and thermal characteristics. This study focusses on analyzing the thermal-hydraulic performance of additively manufactured HXs such as rough surfaces, microchannels, surface area and turbulence promoters, cellular materials, heat pipes, turbomachinery cooling designs, and jet impingement cooling concepts. The review of the existing literature suggests that the inherent surface roughness is the key consideration across different types of heat exchanger configurations manufactured by metal additive manufacturing. Significant deviation of the manufactured dimensions is observed relative to the intended design, especially when the dimensions approach the manufacturing limits. With the continuously improving AM technologies in terms of final product surface quality, dimensional accuracy, and realization of smaller length scales with accuracy, one can expect exciting times ahead in heat exchanger development and to this end, the review paper may serve as an essential reference tool." @default.
- W3174309024 created "2021-07-05" @default.
- W3174309024 creator A5083721886 @default.
- W3174309024 creator A5087883545 @default.
- W3174309024 date "2021-10-01" @default.
- W3174309024 modified "2023-10-16" @default.
- W3174309024 title "State-of-the-art in heat exchanger additive manufacturing" @default.
- W3174309024 cites W1164661893 @default.
- W3174309024 cites W1622619845 @default.
- W3174309024 cites W1773618607 @default.
- W3174309024 cites W1863376475 @default.
- W3174309024 cites W1968511938 @default.
- W3174309024 cites W1970758187 @default.
- W3174309024 cites W1973839300 @default.
- W3174309024 cites W1974834956 @default.
- W3174309024 cites W1981195905 @default.
- W3174309024 cites W1982420985 @default.
- W3174309024 cites W1983355239 @default.
- W3174309024 cites W1984844599 @default.
- W3174309024 cites W1988031583 @default.
- W3174309024 cites W1988595765 @default.
- W3174309024 cites W1988713086 @default.
- W3174309024 cites W1989694736 @default.
- W3174309024 cites W1991783412 @default.
- W3174309024 cites W1994993870 @default.
- W3174309024 cites W1999527584 @default.
- W3174309024 cites W2008681102 @default.
- W3174309024 cites W2009550570 @default.
- W3174309024 cites W2013024365 @default.
- W3174309024 cites W2015065545 @default.
- W3174309024 cites W2015860509 @default.
- W3174309024 cites W2026192024 @default.
- W3174309024 cites W2029682073 @default.
- W3174309024 cites W2032912847 @default.
- W3174309024 cites W2034816967 @default.
- W3174309024 cites W2039390072 @default.
- W3174309024 cites W2047127869 @default.
- W3174309024 cites W2051986639 @default.
- W3174309024 cites W2052524840 @default.
- W3174309024 cites W2070825591 @default.
- W3174309024 cites W2074055946 @default.
- W3174309024 cites W2074984521 @default.
- W3174309024 cites W2075972905 @default.
- W3174309024 cites W2077554792 @default.
- W3174309024 cites W2077957696 @default.
- W3174309024 cites W2079198897 @default.
- W3174309024 cites W2082429609 @default.
- W3174309024 cites W2087549482 @default.
- W3174309024 cites W2088752250 @default.
- W3174309024 cites W2094151805 @default.
- W3174309024 cites W2112677275 @default.
- W3174309024 cites W2116045087 @default.
- W3174309024 cites W2134954580 @default.
- W3174309024 cites W2137570578 @default.
- W3174309024 cites W2140729981 @default.
- W3174309024 cites W2200246342 @default.
- W3174309024 cites W2219883318 @default.
- W3174309024 cites W2318848228 @default.
- W3174309024 cites W2335777918 @default.
- W3174309024 cites W2341458918 @default.
- W3174309024 cites W2395351561 @default.
- W3174309024 cites W2472068063 @default.
- W3174309024 cites W2502785588 @default.
- W3174309024 cites W2513570282 @default.
- W3174309024 cites W2521362181 @default.
- W3174309024 cites W2528980889 @default.
- W3174309024 cites W2555614390 @default.
- W3174309024 cites W2568239825 @default.
- W3174309024 cites W2570793024 @default.
- W3174309024 cites W2571118907 @default.
- W3174309024 cites W2585996624 @default.
- W3174309024 cites W2591589017 @default.
- W3174309024 cites W2604849113 @default.
- W3174309024 cites W2605843673 @default.
- W3174309024 cites W2609452668 @default.
- W3174309024 cites W2750730058 @default.
- W3174309024 cites W2757459915 @default.
- W3174309024 cites W2761981405 @default.
- W3174309024 cites W2763131717 @default.
- W3174309024 cites W2766551024 @default.
- W3174309024 cites W2767636049 @default.
- W3174309024 cites W2771061548 @default.
- W3174309024 cites W2793145622 @default.
- W3174309024 cites W2796228983 @default.
- W3174309024 cites W2801090283 @default.
- W3174309024 cites W2803207546 @default.
- W3174309024 cites W2805193596 @default.
- W3174309024 cites W2805384037 @default.
- W3174309024 cites W2806696280 @default.
- W3174309024 cites W2807234563 @default.
- W3174309024 cites W2883298090 @default.
- W3174309024 cites W2884766575 @default.
- W3174309024 cites W2885493596 @default.
- W3174309024 cites W2891092060 @default.
- W3174309024 cites W2898346743 @default.
- W3174309024 cites W2902256443 @default.
- W3174309024 cites W2902508780 @default.
- W3174309024 cites W2903413422 @default.