FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3204266240> ?p ?o ?g. }

• W3204266240 endingPage "107309" @default.
• W3204266240 startingPage "107309" @default.
• W3204266240 abstract "Manipulating dropwise condensation is of critical importance in enhancing liquid-gas phase change heat transfer. In addition to experimental investigations, theoretical modeling is also helpful in understanding the process of heat transfer in dropwise condensation. It has been over half a century since the very first theoretical model for dropwise condensation heat transfer. The essence of integrating the droplet heat transfer and droplet distribution is deeply rooted and long-lasting appreciated. In recent decades, the high-ended micro/nano-fabrication of the superhydrophobic textured surface has motivated both dropwise and jumping-droplet condensation heat transfer. Efforts have been made to understand and predict dropwise condensation or jumping-droplet condensation heat transfer by different models. However, the transient and random characteristics of self-propelled droplet jumping or sliding make it hard to establish a universal heat transfer model for all surfaces. In this review, we summarized the existing theoretical models for the multimode dropwise condensation on the smooth hydrophobic and textured superhydrophobic surfaces, including models for individual droplet heat transfer and droplet size distribution, to highlight the status-of-the-art. Comparisons with the experimental data under various conditions were provided. Some of the authors’ reflections were also presented, which are hoped to bring as many inspirations as possible to advances in the modeling work in the future." @default.
• W3204266240 created "2021-10-11" @default.
• W3204266240 creator A5046314249 @default.
• W3204266240 creator A5054961807 @default.
• W3204266240 creator A5078052416 @default.
• W3204266240 creator A5088163178 @default.
• W3204266240 date "2022-02-01" @default.
• W3204266240 modified "2023-09-27" @default.
• W3204266240 title "Advances in modeling investigations of multimode dropwise condensation heat transfer on smooth and textured surfaces – A review" @default.
• W3204266240 cites W1153120094 @default.
• W3204266240 cites W1753403737 @default.
• W3204266240 cites W1965063864 @default.
• W3204266240 cites W1966273489 @default.
• W3204266240 cites W1967566176 @default.
• W3204266240 cites W1971502678 @default.
• W3204266240 cites W1971870422 @default.
• W3204266240 cites W1972419346 @default.
• W3204266240 cites W1977767629 @default.
• W3204266240 cites W1981788813 @default.
• W3204266240 cites W1982755534 @default.
• W3204266240 cites W1986314972 @default.
• W3204266240 cites W1991197273 @default.
• W3204266240 cites W1996107869 @default.
• W3204266240 cites W1996256612 @default.
• W3204266240 cites W2001664729 @default.
• W3204266240 cites W2005544331 @default.
• W3204266240 cites W2006604929 @default.
• W3204266240 cites W2009713156 @default.
• W3204266240 cites W2010771680 @default.
• W3204266240 cites W2011698702 @default.
• W3204266240 cites W2012473861 @default.
• W3204266240 cites W2013042033 @default.
• W3204266240 cites W2014887438 @default.
• W3204266240 cites W2016963843 @default.
• W3204266240 cites W2017700521 @default.
• W3204266240 cites W2020725599 @default.
• W3204266240 cites W2021071575 @default.
• W3204266240 cites W2021988503 @default.
• W3204266240 cites W2022317212 @default.
• W3204266240 cites W2023428826 @default.
• W3204266240 cites W2025163871 @default.
• W3204266240 cites W2030291892 @default.
• W3204266240 cites W2032915173 @default.
• W3204266240 cites W2034399353 @default.
• W3204266240 cites W2035265325 @default.
• W3204266240 cites W2035860423 @default.
• W3204266240 cites W2037779870 @default.
• W3204266240 cites W2038356812 @default.
• W3204266240 cites W2038655171 @default.
• W3204266240 cites W2041362311 @default.
• W3204266240 cites W2046218828 @default.
• W3204266240 cites W2050494895 @default.
• W3204266240 cites W2051747308 @default.
• W3204266240 cites W2053279070 @default.
• W3204266240 cites W2053720808 @default.
• W3204266240 cites W2060133662 @default.
• W3204266240 cites W2063738747 @default.
• W3204266240 cites W2064526883 @default.
• W3204266240 cites W2064694189 @default.
• W3204266240 cites W2065608602 @default.
• W3204266240 cites W2065973733 @default.
• W3204266240 cites W2067684433 @default.
• W3204266240 cites W2068481270 @default.
• W3204266240 cites W2070688454 @default.
• W3204266240 cites W2070715681 @default.
• W3204266240 cites W2071186720 @default.
• W3204266240 cites W2075118306 @default.
• W3204266240 cites W2075297942 @default.
• W3204266240 cites W2076274428 @default.
• W3204266240 cites W2080190384 @default.
• W3204266240 cites W2081978154 @default.
• W3204266240 cites W2083795886 @default.
• W3204266240 cites W2084507488 @default.
• W3204266240 cites W2085692971 @default.
• W3204266240 cites W2086412591 @default.
• W3204266240 cites W2087363527 @default.
• W3204266240 cites W2089116182 @default.
• W3204266240 cites W2089833221 @default.
• W3204266240 cites W2092216541 @default.
• W3204266240 cites W2098440280 @default.
• W3204266240 cites W2102600339 @default.
• W3204266240 cites W2111278357 @default.
• W3204266240 cites W2113335195 @default.
• W3204266240 cites W2113621579 @default.
• W3204266240 cites W2116188560 @default.
• W3204266240 cites W2122596588 @default.
• W3204266240 cites W2123702749 @default.
• W3204266240 cites W2124092836 @default.
• W3204266240 cites W2133412093 @default.
• W3204266240 cites W2141987177 @default.
• W3204266240 cites W2153484532 @default.
• W3204266240 cites W2163693520 @default.
• W3204266240 cites W2168784205 @default.
• W3204266240 cites W2192801456 @default.
• W3204266240 cites W2275238819 @default.
• W3204266240 cites W2313581679 @default.
• W3204266240 cites W2317585501 @default.
• W3204266240 cites W2318937066 @default.

• next