Matches in SemOpenAlex for { <https://semopenalex.org/work/W3099511987> ?p ?o ?g. }
- W3099511987 endingPage "9481" @default.
- W3099511987 startingPage "9481" @default.
- W3099511987 abstract "Many countries in the Global South have hot and dry climates with large diurnal temperature variations, which leads to large demand for space cooling—which is likely to increase with climate change. A common approach to dampen the indoor temperature fluctuations and thus reduce cooling energy demand is the use of thermal mass. However, the use of lightweight structures in many cities (e.g., high-rise structures, or for earthquake protection) precludes the use of traditional forms of thermal mass. Therefore, phase change materials (PCMs) are being widely developed as thermal energy storage systems for building applications. However, challenges such as leakage of PCMs in liquid state and their low thermal conductivity, still limit their applications in buildings. In this paper, we review the potential of Form or Shape-Stabilized Phase Change Materials (SSPCMs), which are developed by incorporating the PCM into a supporting matrix to prevent leakage in liquid state whilst improving thermal conductivity. We review different methods of preparation and the resultant thermal properties and chemical stability. We find good evidence in the literature for SSPCMs to reduce PCM leakage in liquid state, dampen indoor temperature fluctuations, and potentially alleviate peak energy demand by shifting peak loads to off-peak periods." @default.
- W3099511987 created "2020-11-23" @default.
- W3099511987 creator A5002669244 @default.
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- W3099511987 creator A5082207227 @default.
- W3099511987 creator A5083243470 @default.
- W3099511987 date "2020-11-14" @default.
- W3099511987 modified "2023-10-16" @default.
- W3099511987 title "A Review on Shape-Stabilized Phase Change Materials for Latent Energy Storage in Buildings" @default.
- W3099511987 cites W1004293891 @default.
- W3099511987 cites W1187386511 @default.
- W3099511987 cites W1652861721 @default.
- W3099511987 cites W1815036083 @default.
- W3099511987 cites W1948520655 @default.
- W3099511987 cites W1963704571 @default.
- W3099511987 cites W1966910305 @default.
- W3099511987 cites W1971065445 @default.
- W3099511987 cites W1971445151 @default.
- W3099511987 cites W1975461282 @default.
- W3099511987 cites W1977095375 @default.
- W3099511987 cites W1977456308 @default.
- W3099511987 cites W1981244781 @default.
- W3099511987 cites W1983138795 @default.
- W3099511987 cites W1983709601 @default.
- W3099511987 cites W1987312225 @default.
- W3099511987 cites W1989879384 @default.
- W3099511987 cites W1991251405 @default.
- W3099511987 cites W1995838581 @default.
- W3099511987 cites W1996090717 @default.
- W3099511987 cites W1997067509 @default.
- W3099511987 cites W2000220267 @default.
- W3099511987 cites W2004530898 @default.
- W3099511987 cites W2005293082 @default.
- W3099511987 cites W2009683179 @default.
- W3099511987 cites W2019114722 @default.
- W3099511987 cites W2026260279 @default.
- W3099511987 cites W2026554585 @default.
- W3099511987 cites W2031632577 @default.
- W3099511987 cites W2034054153 @default.
- W3099511987 cites W2037526958 @default.
- W3099511987 cites W2044058626 @default.
- W3099511987 cites W2045639126 @default.
- W3099511987 cites W2048878680 @default.
- W3099511987 cites W2049821572 @default.
- W3099511987 cites W2053046215 @default.
- W3099511987 cites W2055331261 @default.
- W3099511987 cites W2056803333 @default.
- W3099511987 cites W2063393412 @default.
- W3099511987 cites W2065335959 @default.
- W3099511987 cites W2066628288 @default.
- W3099511987 cites W2074557090 @default.
- W3099511987 cites W2079573627 @default.
- W3099511987 cites W2088311174 @default.
- W3099511987 cites W2089620921 @default.
- W3099511987 cites W2089896898 @default.
- W3099511987 cites W2091271786 @default.
- W3099511987 cites W2110021745 @default.
- W3099511987 cites W2116973757 @default.
- W3099511987 cites W2142314170 @default.
- W3099511987 cites W2161088342 @default.
- W3099511987 cites W2173430836 @default.
- W3099511987 cites W2196139808 @default.
- W3099511987 cites W2198311537 @default.
- W3099511987 cites W2212285484 @default.
- W3099511987 cites W2213581440 @default.
- W3099511987 cites W2224735284 @default.
- W3099511987 cites W2226041914 @default.
- W3099511987 cites W2262422940 @default.
- W3099511987 cites W2279355221 @default.
- W3099511987 cites W2289864921 @default.
- W3099511987 cites W2344108405 @default.
- W3099511987 cites W2346335431 @default.
- W3099511987 cites W2354966290 @default.
- W3099511987 cites W2372599436 @default.
- W3099511987 cites W2464019763 @default.
- W3099511987 cites W2468297185 @default.
- W3099511987 cites W2470599012 @default.
- W3099511987 cites W2490669508 @default.
- W3099511987 cites W2509578534 @default.
- W3099511987 cites W2544816612 @default.
- W3099511987 cites W2595064342 @default.
- W3099511987 cites W2607161252 @default.
- W3099511987 cites W2612686120 @default.
- W3099511987 cites W2620178737 @default.
- W3099511987 cites W2621387312 @default.
- W3099511987 cites W2735853578 @default.
- W3099511987 cites W2738918050 @default.
- W3099511987 cites W2739763850 @default.
- W3099511987 cites W2744569788 @default.
- W3099511987 cites W2745926538 @default.
- W3099511987 cites W2746376358 @default.
- W3099511987 cites W2755399933 @default.
- W3099511987 cites W2761486945 @default.
- W3099511987 cites W2766159521 @default.