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• W4229016872 endingPage "122951" @default.
• W4229016872 startingPage "122951" @default.
• W4229016872 abstract "As the state of a fluid approaches the critical point, significant changes of its thermophysical properties are noticed, which can greatly alter the observed transport behavior. In particular, notable variation in the liquid-to-vapor phase-change characteristics occur, with densities of both phases converging to the same value, the reduction of surface tension, and sudden increase of the specific heat capacity, for example. Such variations can lead to the non-satisfactory predictions of operational parameters in heat exchangers, since most of the available predicting methods were developed for synthetic refrigerants at low saturation pressures and temperatures, typical of refrigeration applications. However, it should be noted that applications that involve flow boiling at high reduced pressures are continuously growing, but experimental data at such conditions are scarce, which leads to a lack of predicting models that incorporate such data in their development. Hence, this review focus on flow boiling studies that comprise experiments at reduced pressures between 0.5 and 1 and identify gaps in the literature that are worthy of investigation. Although large discrepancies between data obtained at similar conditions by different groups were found, the rise of reduced pressure generally increases the heat transfer coefficient and decreases both pressure drop and the critical heat flux. A detailed discussion on the mechanisms responsible for the diverse trends that were observed was carried out. Finally, three extensive databases containing experimental results of pressure drop, heat transfer coefficient, and critical heat flux were raised and compared with prediction methods from the literature. Statistical analyses reveal that in general the available methods fail to predict more than 60% of the pressure drop and heat transfer coefficient databases within an error margin of 30%, while for critical heat flux some methods were able to predict more than 70% of the database within the same error margin." @default.
• W4229016872 created "2022-05-08" @default.
• W4229016872 creator A5010711344 @default.
• W4229016872 creator A5061168584 @default.
• W4229016872 creator A5073745851 @default.
• W4229016872 creator A5089376487 @default.
• W4229016872 date "2022-09-01" @default.
• W4229016872 modified "2023-10-18" @default.
• W4229016872 title "A state-of-the-art review on flow boiling at high reduced pressures" @default.
• W4229016872 cites W1811931856 @default.
• W4229016872 cites W1964177408 @default.
• W4229016872 cites W1967137646 @default.
• W4229016872 cites W1968891565 @default.
• W4229016872 cites W1971209756 @default.
• W4229016872 cites W1977682169 @default.
• W4229016872 cites W1978294611 @default.
• W4229016872 cites W1978638809 @default.
• W4229016872 cites W1979826013 @default.
• W4229016872 cites W1983164063 @default.
• W4229016872 cites W1984754606 @default.
• W4229016872 cites W1991417237 @default.
• W4229016872 cites W1992488814 @default.
• W4229016872 cites W1994960134 @default.
• W4229016872 cites W1995552143 @default.
• W4229016872 cites W1997573971 @default.
• W4229016872 cites W1999080049 @default.
• W4229016872 cites W2002127152 @default.
• W4229016872 cites W2002557461 @default.
• W4229016872 cites W2003250626 @default.
• W4229016872 cites W2005086604 @default.
• W4229016872 cites W2007190689 @default.
• W4229016872 cites W2007349424 @default.
• W4229016872 cites W2008100107 @default.
• W4229016872 cites W2009052797 @default.
• W4229016872 cites W2009573698 @default.
• W4229016872 cites W2010862720 @default.
• W4229016872 cites W2010892869 @default.
• W4229016872 cites W2013365476 @default.
• W4229016872 cites W2014060182 @default.
• W4229016872 cites W2014321946 @default.
• W4229016872 cites W2015601913 @default.
• W4229016872 cites W2016656745 @default.
• W4229016872 cites W2017601290 @default.
• W4229016872 cites W2019767644 @default.
• W4229016872 cites W2020309076 @default.
• W4229016872 cites W2022163104 @default.
• W4229016872 cites W2022586544 @default.
• W4229016872 cites W2025713283 @default.
• W4229016872 cites W2026197657 @default.
• W4229016872 cites W2027331702 @default.
• W4229016872 cites W2028275511 @default.
• W4229016872 cites W2029164524 @default.
• W4229016872 cites W2030444629 @default.
• W4229016872 cites W2030461728 @default.
• W4229016872 cites W2030793799 @default.
• W4229016872 cites W2030902694 @default.
• W4229016872 cites W2031684183 @default.
• W4229016872 cites W2034067355 @default.
• W4229016872 cites W2035595363 @default.
• W4229016872 cites W2036004940 @default.
• W4229016872 cites W2039688902 @default.
• W4229016872 cites W2039757806 @default.
• W4229016872 cites W2040920578 @default.
• W4229016872 cites W2044721879 @default.
• W4229016872 cites W2044860139 @default.
• W4229016872 cites W2045028886 @default.
• W4229016872 cites W2045099790 @default.
• W4229016872 cites W2048214778 @default.
• W4229016872 cites W2049416388 @default.
• W4229016872 cites W2050838734 @default.
• W4229016872 cites W2052394646 @default.
• W4229016872 cites W2052610760 @default.
• W4229016872 cites W2056937621 @default.
• W4229016872 cites W2057847398 @default.
• W4229016872 cites W2061255566 @default.
• W4229016872 cites W2064180392 @default.
• W4229016872 cites W2064622578 @default.
• W4229016872 cites W2065386238 @default.
• W4229016872 cites W2065564101 @default.
• W4229016872 cites W2065733845 @default.
• W4229016872 cites W2067560722 @default.
• W4229016872 cites W2070308260 @default.
• W4229016872 cites W2072963246 @default.
• W4229016872 cites W2073899687 @default.
• W4229016872 cites W2074298247 @default.
• W4229016872 cites W2075454049 @default.
• W4229016872 cites W2078102375 @default.
• W4229016872 cites W2078496094 @default.
• W4229016872 cites W2078539317 @default.
• W4229016872 cites W2078694373 @default.
• W4229016872 cites W2079024957 @default.
• W4229016872 cites W2079607714 @default.
• W4229016872 cites W2079753251 @default.
• W4229016872 cites W2081412746 @default.
• W4229016872 cites W2083240238 @default.
• W4229016872 cites W2084767461 @default.
• W4229016872 cites W2085006740 @default.
• W4229016872 cites W2088203317 @default.

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