Matches in SemOpenAlex for { <https://semopenalex.org/work/W4220822182> ?p ?o ?g. }
- W4220822182 endingPage "104489" @default.
- W4220822182 startingPage "104489" @default.
- W4220822182 abstract "One of the challenges to design and control phase change material (PCM) based latent heat thermal energy storage (LHTES) systems is to develop fast models to accurately represent their transient and nonlinear behaviors. In this paper, a fast explicit modeling approach for a multi-dimensional finned PCM system, called alternating front propagating, is proposed based on the concept of the alternating-direction implicit algorithm for multi-dimensional parabolic and elliptic differential equations. The proposed modeling method is employed to develop a fast explicit dynamic model for a large scale LHTES system, whose heat transfer is enhanced by imbedded circular finned heat pipes. The developed fast model has negligible computational cost and is of sufficient accuracy compared to high-fidelity numerical solutions. The fast explicit model of the LHTES system was employed in a model predictive control framework to determine the HTF flowrate so that its outlet temperature meets a target value. The controlled HTF flowrate can increase the usage efficiency of the stored heat in a LHTES system. • A reduced dynamical model based on alternating solidification fronts updating • A reduced dynamical model for a large-scale LHTES system • Controlled HTF mass flowrate to achieve high PCM usage efficiency" @default.
- W4220822182 created "2022-04-03" @default.
- W4220822182 creator A5036699979 @default.
- W4220822182 creator A5058048438 @default.
- W4220822182 creator A5060161498 @default.
- W4220822182 creator A5060314651 @default.
- W4220822182 creator A5062926317 @default.
- W4220822182 creator A5064442916 @default.
- W4220822182 creator A5074418447 @default.
- W4220822182 date "2022-07-01" @default.
- W4220822182 modified "2023-09-26" @default.
- W4220822182 title "A fast dynamic model for a large scale heat pipe embedded latent heat thermal energy storage system for optimal sizing and control" @default.
- W4220822182 cites W1972358605 @default.
- W4220822182 cites W1975225951 @default.
- W4220822182 cites W1982471254 @default.
- W4220822182 cites W2017838066 @default.
- W4220822182 cites W2018968198 @default.
- W4220822182 cites W2034007309 @default.
- W4220822182 cites W2037534073 @default.
- W4220822182 cites W2050858653 @default.
- W4220822182 cites W2053318710 @default.
- W4220822182 cites W2095036901 @default.
- W4220822182 cites W2120350938 @default.
- W4220822182 cites W2189951249 @default.
- W4220822182 cites W2190810909 @default.
- W4220822182 cites W2390952678 @default.
- W4220822182 cites W2533248734 @default.
- W4220822182 cites W2734400831 @default.
- W4220822182 cites W2734640051 @default.
- W4220822182 cites W2741641026 @default.
- W4220822182 cites W2762029495 @default.
- W4220822182 cites W2766686941 @default.
- W4220822182 cites W2775090537 @default.
- W4220822182 cites W2776499852 @default.
- W4220822182 cites W2782295370 @default.
- W4220822182 cites W2793016526 @default.
- W4220822182 cites W2793086983 @default.
- W4220822182 cites W2794831229 @default.
- W4220822182 cites W2796639245 @default.
- W4220822182 cites W2796712368 @default.
- W4220822182 cites W2800683115 @default.
- W4220822182 cites W2883796498 @default.
- W4220822182 cites W2887249781 @default.
- W4220822182 cites W2888709760 @default.
- W4220822182 cites W2888923830 @default.
- W4220822182 cites W2895344248 @default.
- W4220822182 cites W2950257487 @default.
- W4220822182 cites W2984135565 @default.
- W4220822182 cites W2991707790 @default.
- W4220822182 cites W3000479166 @default.
- W4220822182 cites W3001935264 @default.
- W4220822182 cites W3011510140 @default.
- W4220822182 cites W3011766028 @default.
- W4220822182 cites W3016480100 @default.
- W4220822182 cites W3023051798 @default.
- W4220822182 cites W3038172066 @default.
- W4220822182 cites W3084398202 @default.
- W4220822182 cites W3109729239 @default.
- W4220822182 cites W3127175107 @default.
- W4220822182 cites W3169925366 @default.
- W4220822182 cites W4248314593 @default.
- W4220822182 doi "https://doi.org/10.1016/j.est.2022.104489" @default.
- W4220822182 hasPublicationYear "2022" @default.
- W4220822182 type Work @default.
- W4220822182 citedByCount "1" @default.
- W4220822182 countsByYear W42208221822022 @default.
- W4220822182 crossrefType "journal-article" @default.
- W4220822182 hasAuthorship W4220822182A5036699979 @default.
- W4220822182 hasAuthorship W4220822182A5058048438 @default.
- W4220822182 hasAuthorship W4220822182A5060161498 @default.
- W4220822182 hasAuthorship W4220822182A5060314651 @default.
- W4220822182 hasAuthorship W4220822182A5062926317 @default.
- W4220822182 hasAuthorship W4220822182A5064442916 @default.
- W4220822182 hasAuthorship W4220822182A5074418447 @default.
- W4220822182 hasBestOaLocation W42208221821 @default.
- W4220822182 hasConcept C121332964 @default.
- W4220822182 hasConcept C127413603 @default.
- W4220822182 hasConcept C178790620 @default.
- W4220822182 hasConcept C183287310 @default.
- W4220822182 hasConcept C185592680 @default.
- W4220822182 hasConcept C204530211 @default.
- W4220822182 hasConcept C21880701 @default.
- W4220822182 hasConcept C2777767291 @default.
- W4220822182 hasConcept C2778755073 @default.
- W4220822182 hasConcept C37728375 @default.
- W4220822182 hasConcept C39432304 @default.
- W4220822182 hasConcept C41008148 @default.
- W4220822182 hasConcept C50517652 @default.
- W4220822182 hasConcept C58024561 @default.
- W4220822182 hasConcept C62520636 @default.
- W4220822182 hasConcept C97355855 @default.
- W4220822182 hasConceptScore W4220822182C121332964 @default.
- W4220822182 hasConceptScore W4220822182C127413603 @default.
- W4220822182 hasConceptScore W4220822182C178790620 @default.
- W4220822182 hasConceptScore W4220822182C183287310 @default.
- W4220822182 hasConceptScore W4220822182C185592680 @default.
- W4220822182 hasConceptScore W4220822182C204530211 @default.
- W4220822182 hasConceptScore W4220822182C21880701 @default.