FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3208303181> ?p ?o ?g. }

• W3208303181 endingPage "360" @default.
• W3208303181 startingPage "340" @default.
• W3208303181 abstract "Synergistic effects of pool fires in fire-induced domino accidents can result in greater damage than single pool fire. Existing research mainly adopts a superposition method based on simplified assumptions to analyze the contribution of synergistic effect of pool fires for domino effects. Therefore, the synergistic effect of pool fires has not been well understood. In this study, a new CFD-based method is developed to model the synergistic effect of pool fires. Case studies were carried out taking double pool fires as an example. The influence of key factors, including wind speed, vertical fire location, fuel type, and separation distance has been investigated quantitatively. The results demonstrated that the proposed CFD based approach can model the consequences of pool fires more comprehensively and assess the domino effects under synergistic effect more precisely than the traditional superposition method. Compared with the single pool fire, the synergistic effect of double pool fires can increase the probability of domino accidents for the adjacent tanks at the downwind by six orders of magnitude. In addition, it is observed that the received maximum radiation heat flux and escalation probability of the target tank in the downwind direction rise with increased wind speed. While the maximum radiation heat flux received by target tanks and escalation probability reduced with increased separation distance and vertical fire location. Moreover, according to the minimum safety distance recommended by present design standards, the synergistic effect of double pool fires in diesel storage tank farms will lead to a higher escalation probability of near equipment than gasoline storage tank farms. This study can be used to predict accident consequences and assess the domino effect under the synergistic effect of pool fires, and guide the layout optimization of the chemical storage tank area." @default.
• W3208303181 created "2021-11-08" @default.
• W3208303181 creator A5019018136 @default.
• W3208303181 creator A5026321844 @default.
• W3208303181 creator A5032055605 @default.
• W3208303181 creator A5056165846 @default.
• W3208303181 creator A5065618465 @default.
• W3208303181 creator A5073550251 @default.
• W3208303181 creator A5090783449 @default.
• W3208303181 date "2021-12-01" @default.
• W3208303181 modified "2023-09-30" @default.
• W3208303181 title "Consequence modeling and domino effects analysis of synergistic effect for pool fires based on computational fluid dynamic" @default.
• W3208303181 cites W1837982956 @default.
• W3208303181 cites W1940286691 @default.
• W3208303181 cites W1966893154 @default.
• W3208303181 cites W1972973820 @default.
• W3208303181 cites W1973176394 @default.
• W3208303181 cites W1974075885 @default.
• W3208303181 cites W1974533806 @default.
• W3208303181 cites W1977862081 @default.
• W3208303181 cites W1978893298 @default.
• W3208303181 cites W1981034958 @default.
• W3208303181 cites W1996311507 @default.
• W3208303181 cites W2011570710 @default.
• W3208303181 cites W2014718531 @default.
• W3208303181 cites W2017862364 @default.
• W3208303181 cites W2026799549 @default.
• W3208303181 cites W2027143470 @default.
• W3208303181 cites W2029050432 @default.
• W3208303181 cites W2032363209 @default.
• W3208303181 cites W2036110507 @default.
• W3208303181 cites W2038027235 @default.
• W3208303181 cites W2042306465 @default.
• W3208303181 cites W2042961929 @default.
• W3208303181 cites W2047566635 @default.
• W3208303181 cites W2048161825 @default.
• W3208303181 cites W2060027500 @default.
• W3208303181 cites W2069362939 @default.
• W3208303181 cites W2069718137 @default.
• W3208303181 cites W2071609728 @default.
• W3208303181 cites W2077861121 @default.
• W3208303181 cites W2082113169 @default.
• W3208303181 cites W2083025734 @default.
• W3208303181 cites W2085731719 @default.
• W3208303181 cites W2085786104 @default.
• W3208303181 cites W2087563598 @default.
• W3208303181 cites W2093278656 @default.
• W3208303181 cites W2095190168 @default.
• W3208303181 cites W2099692085 @default.
• W3208303181 cites W2276736557 @default.
• W3208303181 cites W240674603 @default.
• W3208303181 cites W2416960838 @default.
• W3208303181 cites W2737002728 @default.
• W3208303181 cites W2775970479 @default.
• W3208303181 cites W2781842237 @default.
• W3208303181 cites W2789347474 @default.
• W3208303181 cites W2799508788 @default.
• W3208303181 cites W2885151096 @default.
• W3208303181 cites W2887109601 @default.
• W3208303181 cites W2891110491 @default.
• W3208303181 cites W2904823736 @default.
• W3208303181 cites W2914092760 @default.
• W3208303181 cites W2914964911 @default.
• W3208303181 cites W2916364562 @default.
• W3208303181 cites W2917749462 @default.
• W3208303181 cites W2936160999 @default.
• W3208303181 cites W2942786935 @default.
• W3208303181 cites W2943426893 @default.
• W3208303181 cites W2949331951 @default.
• W3208303181 cites W2953134108 @default.
• W3208303181 cites W2953695938 @default.
• W3208303181 cites W2990552204 @default.
• W3208303181 cites W3003595864 @default.
• W3208303181 cites W3004071296 @default.
• W3208303181 cites W3012313650 @default.
• W3208303181 cites W3025754335 @default.
• W3208303181 cites W3027905923 @default.
• W3208303181 cites W3040315408 @default.
• W3208303181 cites W3100413190 @default.
• W3208303181 cites W3103687298 @default.
• W3208303181 cites W3111754501 @default.
• W3208303181 cites W3114427011 @default.
• W3208303181 cites W3117165503 @default.
• W3208303181 cites W3124072730 @default.
• W3208303181 doi "https://doi.org/10.1016/j.psep.2021.10.021" @default.
• W3208303181 hasPublicationYear "2021" @default.
• W3208303181 type Work @default.
• W3208303181 sameAs 3208303181 @default.
• W3208303181 citedByCount "16" @default.
• W3208303181 countsByYear W32083031812022 @default.
• W3208303181 countsByYear W32083031812023 @default.
• W3208303181 crossrefType "journal-article" @default.
• W3208303181 hasAuthorship W3208303181A5019018136 @default.
• W3208303181 hasAuthorship W3208303181A5026321844 @default.
• W3208303181 hasAuthorship W3208303181A5032055605 @default.
• W3208303181 hasAuthorship W3208303181A5056165846 @default.
• W3208303181 hasAuthorship W3208303181A5065618465 @default.
• W3208303181 hasAuthorship W3208303181A5073550251 @default.

• next