Matches in SemOpenAlex for { <https://semopenalex.org/work/W2067687639> ?p ?o ?g. }
- W2067687639 endingPage "363" @default.
- W2067687639 startingPage "353" @default.
- W2067687639 abstract "Thermal energy storage is needed to improve the efficiency of solar thermal energy applications (STEA) and to eliminate the mismatch between energy supply and energy demand. Among the thermal energy storages, the latent heat thermal energy storage (LHTES) has gained much attention because of its high-energy densities per unit mass/volume at nearly constant temperatures. This review presents previous studies on the numerical modeling of phase change materials (PCMs) through a commercial computational fluid dynamic (CFD) software and self-developed programming to study the heat transfer phenomena in PCMs. The CFD (Fluent) software is successively used to simulate the application of PCMs in different engineering applications, including electronic cooling technology, building thermal storage, and heating, ventilation, air conditioning (HVAC). Using CFD software to design LHTES is believed to be an effective way to save money and time and to deliver optimization tools for maximum efficiency of STEAs." @default.
- W2067687639 created "2016-06-24" @default.
- W2067687639 creator A5048409881 @default.
- W2067687639 creator A5049269728 @default.
- W2067687639 creator A5060959085 @default.
- W2067687639 creator A5061247407 @default.
- W2067687639 creator A5075324075 @default.
- W2067687639 date "2013-04-01" @default.
- W2067687639 modified "2023-10-12" @default.
- W2067687639 title "CFD applications for latent heat thermal energy storage: a review" @default.
- W2067687639 cites W1965413756 @default.
- W2067687639 cites W1972208566 @default.
- W2067687639 cites W1975479255 @default.
- W2067687639 cites W1975587945 @default.
- W2067687639 cites W1978279137 @default.
- W2067687639 cites W1979144939 @default.
- W2067687639 cites W1981988065 @default.
- W2067687639 cites W1982471254 @default.
- W2067687639 cites W1984285239 @default.
- W2067687639 cites W1984899867 @default.
- W2067687639 cites W1986082690 @default.
- W2067687639 cites W1987322989 @default.
- W2067687639 cites W1990193502 @default.
- W2067687639 cites W1992649838 @default.
- W2067687639 cites W1995043854 @default.
- W2067687639 cites W2006315568 @default.
- W2067687639 cites W2011468561 @default.
- W2067687639 cites W2011680739 @default.
- W2067687639 cites W2012906249 @default.
- W2067687639 cites W2013154963 @default.
- W2067687639 cites W2014099086 @default.
- W2067687639 cites W2014309791 @default.
- W2067687639 cites W2014939802 @default.
- W2067687639 cites W2015216587 @default.
- W2067687639 cites W2015604932 @default.
- W2067687639 cites W2018045041 @default.
- W2067687639 cites W2020638131 @default.
- W2067687639 cites W2021930098 @default.
- W2067687639 cites W2024968611 @default.
- W2067687639 cites W2026074071 @default.
- W2067687639 cites W2027399476 @default.
- W2067687639 cites W2028951807 @default.
- W2067687639 cites W2034054153 @default.
- W2067687639 cites W2034236016 @default.
- W2067687639 cites W2035508264 @default.
- W2067687639 cites W2038779227 @default.
- W2067687639 cites W2038838086 @default.
- W2067687639 cites W2039676324 @default.
- W2067687639 cites W2043261580 @default.
- W2067687639 cites W2050995881 @default.
- W2067687639 cites W2056195613 @default.
- W2067687639 cites W2058997624 @default.
- W2067687639 cites W2060408295 @default.
- W2067687639 cites W2063748572 @default.
- W2067687639 cites W2063771810 @default.
- W2067687639 cites W2064651853 @default.
- W2067687639 cites W2066685751 @default.
- W2067687639 cites W2066764175 @default.
- W2067687639 cites W2067564100 @default.
- W2067687639 cites W2069618006 @default.
- W2067687639 cites W2076077791 @default.
- W2067687639 cites W2080572717 @default.
- W2067687639 cites W2081326543 @default.
- W2067687639 cites W2081411207 @default.
- W2067687639 cites W2081473401 @default.
- W2067687639 cites W2082100976 @default.
- W2067687639 cites W2084499661 @default.
- W2067687639 cites W2086545789 @default.
- W2067687639 cites W2088305941 @default.
- W2067687639 cites W2090127623 @default.
- W2067687639 cites W2093428530 @default.
- W2067687639 cites W2093672198 @default.
- W2067687639 cites W2097119922 @default.
- W2067687639 cites W2102456870 @default.
- W2067687639 cites W2122420630 @default.
- W2067687639 cites W2122536692 @default.
- W2067687639 cites W2124191393 @default.
- W2067687639 cites W2124528883 @default.
- W2067687639 cites W2134103816 @default.
- W2067687639 cites W2139097067 @default.
- W2067687639 cites W2153512082 @default.
- W2067687639 cites W2159415284 @default.
- W2067687639 cites W2161718238 @default.
- W2067687639 cites W2166842757 @default.
- W2067687639 cites W2171992194 @default.
- W2067687639 cites W4243935613 @default.
- W2067687639 cites W4245216315 @default.
- W2067687639 cites W4361798666 @default.
- W2067687639 doi "https://doi.org/10.1016/j.rser.2012.11.079" @default.
- W2067687639 hasPublicationYear "2013" @default.
- W2067687639 type Work @default.
- W2067687639 sameAs 2067687639 @default.
- W2067687639 citedByCount "226" @default.
- W2067687639 countsByYear W20676876392013 @default.
- W2067687639 countsByYear W20676876392014 @default.
- W2067687639 countsByYear W20676876392015 @default.
- W2067687639 countsByYear W20676876392016 @default.
- W2067687639 countsByYear W20676876392017 @default.