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- W3186358702 endingPage "102932" @default.
- W3186358702 startingPage "102932" @default.
- W3186358702 abstract "Phase change material (PCM) exhibits high latent heat but low thermal conductivity. It stores thermal energy from solar irradiation and waste heat from industry and domestic process for later use. PCM is usually placed in special containers or heat exchangers such as triplex-tube, shell and tube heat exchanger, cylindrical container, rectangular container, etc. Heat absorption and dissipation are greatly affected by PCM's low thermal conductivity. This review intends to discuss the factors affecting the solidification and melting characteristic of PCM in the triplex-tube heat exchanger (thermal energy storage). These factors include flow rate and temperature of heat transfer fluid, the shape of fins and their position, heating and cooling position, the effect of triplex-tube geometry configuration, addition of nanoparticles, the use of foam and, multiple PCMs arrangement. Triplex-tube heat exchanger is selected since this type of thermal energy storage offers a higher heat transfer area compared to the shell and tube heat exchanger. It is found that solidification and melting of PCM in triplex-tube are augmented with the combination of fins and nanoparticles. The use of optimised fins and pure PCM in triplex-tube also exhibit better phase transition characteristics compared to using only nanoparticles." @default.
- W3186358702 created "2021-08-02" @default.
- W3186358702 creator A5040220650 @default.
- W3186358702 creator A5071945829 @default.
- W3186358702 creator A5091672539 @default.
- W3186358702 date "2021-09-01" @default.
- W3186358702 modified "2023-09-27" @default.
- W3186358702 title "State of art review on the solidification and melting characteristics of phase change material in triplex-tube thermal energy storage" @default.
- W3186358702 cites W1974747803 @default.
- W3186358702 cites W1979688735 @default.
- W3186358702 cites W1999827477 @default.
- W3186358702 cites W2003786696 @default.
- W3186358702 cites W2006292169 @default.
- W3186358702 cites W2038395387 @default.
- W3186358702 cites W2040223714 @default.
- W3186358702 cites W2046674818 @default.
- W3186358702 cites W2050919152 @default.
- W3186358702 cites W2065605464 @default.
- W3186358702 cites W2088447141 @default.
- W3186358702 cites W2485022029 @default.
- W3186358702 cites W2485612150 @default.
- W3186358702 cites W2523316176 @default.
- W3186358702 cites W2555351388 @default.
- W3186358702 cites W2578058946 @default.
- W3186358702 cites W2582294930 @default.
- W3186358702 cites W2584464067 @default.
- W3186358702 cites W2587855763 @default.
- W3186358702 cites W2596305753 @default.
- W3186358702 cites W2618497670 @default.
- W3186358702 cites W2701363385 @default.
- W3186358702 cites W2729661361 @default.
- W3186358702 cites W2741911914 @default.
- W3186358702 cites W2761486945 @default.
- W3186358702 cites W2775090537 @default.
- W3186358702 cites W2789443436 @default.
- W3186358702 cites W2795431645 @default.
- W3186358702 cites W2795813859 @default.
- W3186358702 cites W2806961698 @default.
- W3186358702 cites W2883345603 @default.
- W3186358702 cites W2898624949 @default.
- W3186358702 cites W2900897048 @default.
- W3186358702 cites W2901813521 @default.
- W3186358702 cites W2904821416 @default.
- W3186358702 cites W2905980742 @default.
- W3186358702 cites W2911544654 @default.
- W3186358702 cites W2917282038 @default.
- W3186358702 cites W2921599958 @default.
- W3186358702 cites W2944682655 @default.
- W3186358702 cites W2950207822 @default.
- W3186358702 cites W2950326848 @default.
- W3186358702 cites W2954279151 @default.
- W3186358702 cites W2970355584 @default.
- W3186358702 cites W2974168882 @default.
- W3186358702 cites W2975306951 @default.
- W3186358702 cites W2978357748 @default.
- W3186358702 cites W2982070827 @default.
- W3186358702 cites W2986050000 @default.
- W3186358702 cites W2991518591 @default.
- W3186358702 cites W2996600859 @default.
- W3186358702 cites W2997910865 @default.
- W3186358702 cites W2998825571 @default.
- W3186358702 cites W2999409798 @default.
- W3186358702 cites W3010646387 @default.
- W3186358702 cites W3012671683 @default.
- W3186358702 cites W3015430769 @default.
- W3186358702 cites W3016055027 @default.
- W3186358702 cites W3023051798 @default.
- W3186358702 cites W3024130543 @default.
- W3186358702 cites W3024663596 @default.
- W3186358702 cites W3025663663 @default.
- W3186358702 cites W3027708692 @default.
- W3186358702 cites W3028230661 @default.
- W3186358702 cites W3028467555 @default.
- W3186358702 cites W3029309949 @default.
- W3186358702 cites W3033444588 @default.
- W3186358702 cites W3036521313 @default.
- W3186358702 cites W3036906063 @default.
- W3186358702 cites W3041109339 @default.
- W3186358702 cites W3042636826 @default.
- W3186358702 cites W3045958951 @default.
- W3186358702 cites W3046232395 @default.
- W3186358702 cites W3077766806 @default.
- W3186358702 cites W3081672300 @default.
- W3186358702 cites W3087876165 @default.
- W3186358702 cites W3090534892 @default.
- W3186358702 cites W3095285271 @default.
- W3186358702 cites W3112751477 @default.
- W3186358702 cites W3124994068 @default.
- W3186358702 cites W3126239390 @default.
- W3186358702 cites W3134011365 @default.
- W3186358702 cites W3143496390 @default.
- W3186358702 cites W3158396686 @default.
- W3186358702 cites W3159035423 @default.
- W3186358702 doi "https://doi.org/10.1016/j.est.2021.102932" @default.
- W3186358702 hasPublicationYear "2021" @default.
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