FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3215307542> ?p ?o ?g. }

• W3215307542 endingPage "114996" @default.
• W3215307542 startingPage "114996" @default.
• W3215307542 abstract "• Proposed a novel progressive Four-Hierarchy method to design the ORC power plants. • Effective integration of modelling, optimizing, scheme comparing and decision-making. • Three-level fuzzy decision method is developed for evaluating the Pareto set point. • All-around view is given based on Taylor diagram to get the Pareto-optimal solution. • Quantitative evaluation is achieved for ORC schemes using the Four-Hierarchy method. In this paper, a practical and general-adapted optimization and decision-making method is proposed for thermal systems designed for a wide range of energy field regarding organic Rankine cycle and thermodynamic cycles. This method is composed of four progressive hierarchies including modelling, optimization, scheme comparison and decision-making. To demonstrate the Four-Hierarchy method, performance of a basic trans -critical ORC and a recuperative trans -critical ORC are analyzed and compared. The NSGA-II algorithm is adopted to obtain the Pareto optimal frontier. Four decision-making methods which are Shannon Entropy, modified LINMAP, TOPSIS and TLFDM are applied for evaluating the Pareto set points. Furthermore, the final Pareto-optimal solution is determined by the root-mean-square difference, correlation coefficient and standard deviation in the Taylor diagram. The optimal results indicate that the final Pareto-optimal solution often appears at LINMAP and TLFDM points. In contrast with basic trans -critical ORC, the recuperative trans -critical ORC can always improve the system’s thermodynamic performance. But the techno-economics is only enhanced when the energy grade of heat source is sufficient. The most beneficial improvement is the average reduction of heat transfer area per net output power by more than 27.0% and 30.0% in the medium temperature and high temperature geothermal reservoirs, respectively. Based on the case study, the presented method has proved its application value, and has shown its promising applicability in a wide range of energy field regarding organic Rankine cycle and thermodynamic cycles for energy conversion." @default.
• W3215307542 created "2021-12-06" @default.
• W3215307542 creator A5000949257 @default.
• W3215307542 creator A5038925634 @default.
• W3215307542 creator A5041088209 @default.
• W3215307542 creator A5042467158 @default.
• W3215307542 creator A5048453884 @default.
• W3215307542 date "2022-01-01" @default.
• W3215307542 modified "2023-10-18" @default.
• W3215307542 title "A Four-Hierarchy method for the design of organic Rankine cycle (ORC) power plants" @default.
• W3215307542 cites W1904137431 @default.
• W3215307542 cites W1963593953 @default.
• W3215307542 cites W1982548421 @default.
• W3215307542 cites W1994607050 @default.
• W3215307542 cites W1999145027 @default.
• W3215307542 cites W2001327552 @default.
• W3215307542 cites W2003279902 @default.
• W3215307542 cites W2040419592 @default.
• W3215307542 cites W2049994374 @default.
• W3215307542 cites W2050838138 @default.
• W3215307542 cites W2060395429 @default.
• W3215307542 cites W2076783104 @default.
• W3215307542 cites W2093411480 @default.
• W3215307542 cites W2097426384 @default.
• W3215307542 cites W2173276457 @default.
• W3215307542 cites W2294448465 @default.
• W3215307542 cites W2405454400 @default.
• W3215307542 cites W2566587278 @default.
• W3215307542 cites W2602150137 @default.
• W3215307542 cites W2734109321 @default.
• W3215307542 cites W2750786346 @default.
• W3215307542 cites W2752282668 @default.
• W3215307542 cites W2795602435 @default.
• W3215307542 cites W2801736377 @default.
• W3215307542 cites W2892238809 @default.
• W3215307542 cites W2925012951 @default.
• W3215307542 cites W2988568831 @default.
• W3215307542 cites W2988581030 @default.
• W3215307542 cites W2998265786 @default.
• W3215307542 cites W3021223115 @default.
• W3215307542 cites W3030931887 @default.
• W3215307542 cites W3035073510 @default.
• W3215307542 cites W3041425550 @default.
• W3215307542 cites W3092177708 @default.
• W3215307542 cites W3093479649 @default.
• W3215307542 cites W3117147056 @default.
• W3215307542 cites W3122486029 @default.
• W3215307542 cites W3127004147 @default.
• W3215307542 cites W3151391159 @default.
• W3215307542 cites W3158854389 @default.
• W3215307542 cites W3178754213 @default.
• W3215307542 cites W338024563 @default.
• W3215307542 doi "https://doi.org/10.1016/j.enconman.2021.114996" @default.
• W3215307542 hasPublicationYear "2022" @default.
• W3215307542 type Work @default.
• W3215307542 sameAs 3215307542 @default.
• W3215307542 citedByCount "5" @default.
• W3215307542 countsByYear W32153075422023 @default.
• W3215307542 crossrefType "journal-article" @default.
• W3215307542 hasAuthorship W3215307542A5000949257 @default.
• W3215307542 hasAuthorship W3215307542A5038925634 @default.
• W3215307542 hasAuthorship W3215307542A5041088209 @default.
• W3215307542 hasAuthorship W3215307542A5042467158 @default.
• W3215307542 hasAuthorship W3215307542A5048453884 @default.
• W3215307542 hasBestOaLocation W32153075422 @default.
• W3215307542 hasConcept C101519877 @default.
• W3215307542 hasConcept C121332964 @default.
• W3215307542 hasConcept C127413603 @default.
• W3215307542 hasConcept C161911898 @default.
• W3215307542 hasConcept C162324750 @default.
• W3215307542 hasConcept C163258240 @default.
• W3215307542 hasConcept C21880701 @default.
• W3215307542 hasConcept C31170391 @default.
• W3215307542 hasConcept C34447519 @default.
• W3215307542 hasConcept C39432304 @default.
• W3215307542 hasConcept C423512 @default.
• W3215307542 hasConcept C44431628 @default.
• W3215307542 hasConcept C548081761 @default.
• W3215307542 hasConcept C97355855 @default.
• W3215307542 hasConceptScore W3215307542C101519877 @default.
• W3215307542 hasConceptScore W3215307542C121332964 @default.
• W3215307542 hasConceptScore W3215307542C127413603 @default.
• W3215307542 hasConceptScore W3215307542C161911898 @default.
• W3215307542 hasConceptScore W3215307542C162324750 @default.
• W3215307542 hasConceptScore W3215307542C163258240 @default.
• W3215307542 hasConceptScore W3215307542C21880701 @default.
• W3215307542 hasConceptScore W3215307542C31170391 @default.
• W3215307542 hasConceptScore W3215307542C34447519 @default.
• W3215307542 hasConceptScore W3215307542C39432304 @default.
• W3215307542 hasConceptScore W3215307542C423512 @default.
• W3215307542 hasConceptScore W3215307542C44431628 @default.
• W3215307542 hasConceptScore W3215307542C548081761 @default.
• W3215307542 hasConceptScore W3215307542C97355855 @default.
• W3215307542 hasLocation W32153075421 @default.
• W3215307542 hasLocation W32153075422 @default.
• W3215307542 hasOpenAccess W3215307542 @default.
• W3215307542 hasPrimaryLocation W32153075421 @default.
• W3215307542 hasRelatedWork W1975538547 @default.

• next