FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4386027976> ?p ?o ?g. }

• W4386027976 endingPage "119200" @default.
• W4386027976 startingPage "119200" @default.
• W4386027976 abstract "Solid-liquid phase transformation of a phase change material in a rectangular enclosure with corrugated fins is studied. Employing a physics-based model, the influence of fin length, thickness, and wave amplitude on the thermal and fluid flow fields is explored. Incorporating fins into thermal energy storage systems enhances the heat transfer surface area and thermal penetration depth, accelerating the melting process. Corrugated fins generate more flow perturbations than straight fins, improving the melting performance. Longer and thicker fins increase the melting rate, average temperature, and thermal energy storage capacity. However, the effect of fin thickness on the thermal characteristics seems insignificant. Larger fin wave amplitudes increase the heat transfer surface area but disrupt natural convection currents, slowing the melting front progress. A surrogate model based on an artificial neural network in conjunction with the particle swarm optimisation is developed to optimise the fin geometry. The optimised geometry demonstrates a 43% enhancement in thermal energy storage per unit mass compared to the case with planar fins. The data-driven model predicts the liquid fraction with less than 1% difference from the physics-based model. The proposed approach provides a comprehensive understanding of the system behaviour and facilitates the design of thermal energy storage systems." @default.
• W4386027976 created "2023-08-22" @default.
• W4386027976 creator A5048809064 @default.
• W4386027976 creator A5064214053 @default.
• W4386027976 creator A5077204940 @default.
• W4386027976 creator A5085062566 @default.
• W4386027976 date "2023-11-01" @default.
• W4386027976 modified "2023-09-26" @default.
• W4386027976 title "Physics-based modelling and data-driven optimisation of a latent heat thermal energy storage system with corrugated fins" @default.
• W4386027976 cites W1972457400 @default.
• W4386027976 cites W2000656331 @default.
• W4386027976 cites W2002574141 @default.
• W4386027976 cites W2053448154 @default.
• W4386027976 cites W2076063813 @default.
• W4386027976 cites W2093428530 @default.
• W4386027976 cites W2110368321 @default.
• W4386027976 cites W2151080396 @default.
• W4386027976 cites W2251364123 @default.
• W4386027976 cites W2317744239 @default.
• W4386027976 cites W2613416109 @default.
• W4386027976 cites W2731240179 @default.
• W4386027976 cites W2744008313 @default.
• W4386027976 cites W2773562115 @default.
• W4386027976 cites W2786385826 @default.
• W4386027976 cites W2798233671 @default.
• W4386027976 cites W2893391087 @default.
• W4386027976 cites W2919115771 @default.
• W4386027976 cites W2984556503 @default.
• W4386027976 cites W2995443487 @default.
• W4386027976 cites W3008297566 @default.
• W4386027976 cites W3032523505 @default.
• W4386027976 cites W3043249106 @default.
• W4386027976 cites W3048604421 @default.
• W4386027976 cites W3105135482 @default.
• W4386027976 cites W3111775770 @default.
• W4386027976 cites W3136591030 @default.
• W4386027976 cites W3138942031 @default.
• W4386027976 cites W3153297032 @default.
• W4386027976 cites W3155130023 @default.
• W4386027976 cites W3163357613 @default.
• W4386027976 cites W3175481636 @default.
• W4386027976 cites W3189494897 @default.
• W4386027976 cites W3195651171 @default.
• W4386027976 cites W4205656518 @default.
• W4386027976 cites W4220857515 @default.
• W4386027976 cites W4225541089 @default.
• W4386027976 cites W4229001622 @default.
• W4386027976 cites W4282981314 @default.
• W4386027976 cites W4286433548 @default.
• W4386027976 cites W4288489328 @default.
• W4386027976 cites W4293068993 @default.
• W4386027976 cites W4295877966 @default.
• W4386027976 cites W4303446689 @default.
• W4386027976 cites W4306759117 @default.
• W4386027976 cites W4309200033 @default.
• W4386027976 cites W4310137258 @default.
• W4386027976 cites W4311452056 @default.
• W4386027976 cites W4313200973 @default.
• W4386027976 cites W4313644649 @default.
• W4386027976 cites W4317468100 @default.
• W4386027976 cites W4317696720 @default.
• W4386027976 cites W4319067530 @default.
• W4386027976 cites W4319659822 @default.
• W4386027976 cites W4320518982 @default.
• W4386027976 cites W4323309841 @default.
• W4386027976 cites W4324145182 @default.
• W4386027976 cites W4360939128 @default.
• W4386027976 cites W4361207523 @default.
• W4386027976 cites W4364370109 @default.
• W4386027976 cites W4366588080 @default.
• W4386027976 cites W4366714277 @default.
• W4386027976 doi "https://doi.org/10.1016/j.renene.2023.119200" @default.
• W4386027976 hasPublicationYear "2023" @default.
• W4386027976 type Work @default.
• W4386027976 citedByCount "0" @default.
• W4386027976 crossrefType "journal-article" @default.
• W4386027976 hasAuthorship W4386027976A5048809064 @default.
• W4386027976 hasAuthorship W4386027976A5064214053 @default.
• W4386027976 hasAuthorship W4386027976A5077204940 @default.
• W4386027976 hasAuthorship W4386027976A5085062566 @default.
• W4386027976 hasBestOaLocation W43860279761 @default.
• W4386027976 hasConcept C107861326 @default.
• W4386027976 hasConcept C120665830 @default.
• W4386027976 hasConcept C121332964 @default.
• W4386027976 hasConcept C159985019 @default.
• W4386027976 hasConcept C172100665 @default.
• W4386027976 hasConcept C180205008 @default.
• W4386027976 hasConcept C183287310 @default.
• W4386027976 hasConcept C192562407 @default.
• W4386027976 hasConcept C204530211 @default.
• W4386027976 hasConcept C2778119658 @default.
• W4386027976 hasConcept C29700514 @default.
• W4386027976 hasConcept C45753066 @default.
• W4386027976 hasConcept C50517652 @default.
• W4386027976 hasConcept C54791560 @default.
• W4386027976 hasConcept C57879066 @default.
• W4386027976 hasConcept C58024561 @default.
• W4386027976 hasConcept C91721477 @default.

• next