FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3208284670> ?p ?o ?g. }

• W3208284670 endingPage "111759" @default.
• W3208284670 startingPage "111759" @default.
• W3208284670 abstract "The transition from gasoline automobiles to electric vehicles (EVs) is promoted as an alternative to reduce greenhouse gas (GHG) and pollutant emissions. The performance of EVs depends entirely on the performance of a power battery, especially the lithium-ion (Li-ion) battery, which is very sensitive to temperature. The temperature of Li-ion battery must be controlled and maintained within a desired range. This paper provides two aspects: (i) a review on research progress in battery thermal management (BTM) with emphasis on battery technology of commercial EVs and phase change material (PCM) based hybrid thermal management and (ii) a developed passive thermal management for prismatic Li-ion battery module under abuse operation condition. The hybrid thermal management combining PCM based with air/liquid/heat pipes can provide superior thermal performance than any active or passive alone. Improving the existing battery thermal management system along with exploring novel techniques to regulate thermal impact and power consumption are required. For the developed battery module, thermal performance based on finite element method is analyzed in a situation where the PCM content surrounding the batteries is reduced due to leakage or toppled over of PCM during melting process. Two different configurations are considered. The open medium configuration exhibited better performance in decreasing the maximum temperature by 1.172 °C, 1.396 °C, 1.628 °C, and 1.860 °C in the module at various PCM shrink levels of 2, 4, 6, and 8 mm, respectively." @default.
• W3208284670 created "2021-11-08" @default.
• W3208284670 creator A5030607192 @default.
• W3208284670 creator A5061699141 @default.
• W3208284670 creator A5068224707 @default.
• W3208284670 date "2022-02-01" @default.
• W3208284670 modified "2023-10-09" @default.
• W3208284670 title "Recent advancement and enhanced battery performance using phase change materials based hybrid battery thermal management for electric vehicles" @default.
• W3208284670 cites W1572952380 @default.
• W3208284670 cites W1601811911 @default.
• W3208284670 cites W1972757729 @default.
• W3208284670 cites W1989437963 @default.
• W3208284670 cites W1989793997 @default.
• W3208284670 cites W1992494482 @default.
• W3208284670 cites W1994509875 @default.
• W3208284670 cites W1995292276 @default.
• W3208284670 cites W1996649544 @default.
• W3208284670 cites W1999671473 @default.
• W3208284670 cites W2001174760 @default.
• W3208284670 cites W2001458019 @default.
• W3208284670 cites W2005449037 @default.
• W3208284670 cites W2006254217 @default.
• W3208284670 cites W2006315568 @default.
• W3208284670 cites W2013052626 @default.
• W3208284670 cites W2013890830 @default.
• W3208284670 cites W2015090686 @default.
• W3208284670 cites W2018222535 @default.
• W3208284670 cites W2021722296 @default.
• W3208284670 cites W2030521662 @default.
• W3208284670 cites W2034972603 @default.
• W3208284670 cites W2036029163 @default.
• W3208284670 cites W2038395087 @default.
• W3208284670 cites W2040107658 @default.
• W3208284670 cites W2040971258 @default.
• W3208284670 cites W2042538126 @default.
• W3208284670 cites W2049857477 @default.
• W3208284670 cites W2050394534 @default.
• W3208284670 cites W2052986411 @default.
• W3208284670 cites W2053776658 @default.
• W3208284670 cites W2057598630 @default.
• W3208284670 cites W2057715341 @default.
• W3208284670 cites W2059505992 @default.
• W3208284670 cites W2060095104 @default.
• W3208284670 cites W2061661991 @default.
• W3208284670 cites W2065535779 @default.
• W3208284670 cites W2076388075 @default.
• W3208284670 cites W2077838129 @default.
• W3208284670 cites W2083936599 @default.
• W3208284670 cites W2086357114 @default.
• W3208284670 cites W2115039188 @default.
• W3208284670 cites W2116064024 @default.
• W3208284670 cites W2117931911 @default.
• W3208284670 cites W2120705194 @default.
• W3208284670 cites W2122888269 @default.
• W3208284670 cites W2129466170 @default.
• W3208284670 cites W2151207643 @default.
• W3208284670 cites W2153511586 @default.
• W3208284670 cites W2217071023 @default.
• W3208284670 cites W2258101446 @default.
• W3208284670 cites W2267670880 @default.
• W3208284670 cites W2282156300 @default.
• W3208284670 cites W2408248121 @default.
• W3208284670 cites W2414929806 @default.
• W3208284670 cites W2471625751 @default.
• W3208284670 cites W2478994371 @default.
• W3208284670 cites W2495336225 @default.
• W3208284670 cites W2521134127 @default.
• W3208284670 cites W2529815456 @default.
• W3208284670 cites W2552104536 @default.
• W3208284670 cites W2560541345 @default.
• W3208284670 cites W2591374596 @default.
• W3208284670 cites W2600986897 @default.
• W3208284670 cites W2728448076 @default.
• W3208284670 cites W2737378308 @default.
• W3208284670 cites W2737697189 @default.
• W3208284670 cites W2753386093 @default.
• W3208284670 cites W2758616062 @default.
• W3208284670 cites W2761270651 @default.
• W3208284670 cites W2765912515 @default.
• W3208284670 cites W2766768963 @default.
• W3208284670 cites W2772656819 @default.
• W3208284670 cites W2782077305 @default.
• W3208284670 cites W2789245771 @default.
• W3208284670 cites W2789862238 @default.
• W3208284670 cites W2790740662 @default.
• W3208284670 cites W2794583932 @default.
• W3208284670 cites W2796854462 @default.
• W3208284670 cites W2808094922 @default.
• W3208284670 cites W2809374274 @default.
• W3208284670 cites W2889012335 @default.
• W3208284670 cites W2901396910 @default.
• W3208284670 cites W2905512498 @default.
• W3208284670 cites W2906841675 @default.
• W3208284670 cites W2907398197 @default.
• W3208284670 cites W2914113975 @default.
• W3208284670 cites W2922076197 @default.
• W3208284670 cites W2930261547 @default.
• W3208284670 cites W2947706911 @default.

• next