FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3016582187> ?p ?o ?g. }

• W3016582187 endingPage "428" @default.
• W3016582187 startingPage "410" @default.
• W3016582187 abstract "The present work examines the role of instability and diffusive phenomena in controlling the limits of detonations subject to lateral strain. Experiments were conducted in mixtures with varying levels of cellular instability, i.e., stoichiometric methane–oxygen (CH4/2O2), ethylene–oxygen (C2H4/3O2), and ethane–oxygen (C2H6/3.5O2). These detonations were propagated in channels with exponentially enlarging cross-sections, following the recent works of Radulescu and Borzou (2018) and Xiao and Radulescu (2020). Steady detonation waves were obtained at the macro-scale, with the near-limit reaction zone structures characterized by significant unreacted gas pockets. The turbulent flame burning velocity of these pockets was evaluated to be 30 m/s to 70 m/s, which is larger than the theoretical laminar value by a factor of 2 to 7 and smaller than the CJ deflagration speed by a factor of 2 to 3. For all the mixtures tested, the characteristic D−K relationships, relating the detonation mean propagation speed with lateral flow divergence, were obtained directly from experiments and as well from the generalized ZND model with lateral strain rates using detailed chemical kinetics. The results showed that the degree of departure between experiments and the theoretical predictions increases significantly with the detonation instability level. As compared to the laminar ZND wave, the more unstable detonations are much more detonable than the more stable detonations, with substantially larger limiting divergence rates and maximum velocity deficits. Such enhanced detonability with detonation instability can be manifested in the significantly enhanced global rates of energy release with the notably suppressed thermal character of ignition for the more unstable detonations. This globally enhanced burning mechanism is found to be realized by the intensified auto-ignition assisted by the turbulent diffusive burning of the unreacted gas pockets, substantially shortening the characteristic reaction zone lengths. Finally, the relatively good universality of the D/DCJ−Keffλ relations implicitly suggests that cell size is also a function of the detonation wave stability, since it is controlled by the reaction zone thickness of unstable detonations." @default.
• W3016582187 created "2020-04-24" @default.
• W3016582187 creator A5077500028 @default.
• W3016582187 creator A5078825427 @default.
• W3016582187 date "2020-10-01" @default.
• W3016582187 modified "2023-09-27" @default.
• W3016582187 title "Role of instability on the limits of laterally strained detonation waves" @default.
• W3016582187 cites W1504644366 @default.
• W3016582187 cites W1878691708 @default.
• W3016582187 cites W1967171904 @default.
• W3016582187 cites W1970901875 @default.
• W3016582187 cites W1973189132 @default.
• W3016582187 cites W1983455906 @default.
• W3016582187 cites W1984014914 @default.
• W3016582187 cites W2001367942 @default.
• W3016582187 cites W2013185936 @default.
• W3016582187 cites W2013527474 @default.
• W3016582187 cites W2020337956 @default.
• W3016582187 cites W2023039091 @default.
• W3016582187 cites W2024118154 @default.
• W3016582187 cites W2028684599 @default.
• W3016582187 cites W2031446483 @default.
• W3016582187 cites W2033045942 @default.
• W3016582187 cites W2037121275 @default.
• W3016582187 cites W2039765068 @default.
• W3016582187 cites W2040879332 @default.
• W3016582187 cites W2042933310 @default.
• W3016582187 cites W2043637929 @default.
• W3016582187 cites W2048021350 @default.
• W3016582187 cites W2048437423 @default.
• W3016582187 cites W2049103084 @default.
• W3016582187 cites W2049373625 @default.
• W3016582187 cites W2051199540 @default.
• W3016582187 cites W2055795035 @default.
• W3016582187 cites W2056536769 @default.
• W3016582187 cites W2058387137 @default.
• W3016582187 cites W2063584202 @default.
• W3016582187 cites W2066805538 @default.
• W3016582187 cites W2068071837 @default.
• W3016582187 cites W2074488189 @default.
• W3016582187 cites W2076979408 @default.
• W3016582187 cites W2082686214 @default.
• W3016582187 cites W2084303385 @default.
• W3016582187 cites W2086273460 @default.
• W3016582187 cites W2086321523 @default.
• W3016582187 cites W2090323915 @default.
• W3016582187 cites W2094308800 @default.
• W3016582187 cites W2100636105 @default.
• W3016582187 cites W2116862081 @default.
• W3016582187 cites W2150739249 @default.
• W3016582187 cites W2333722557 @default.
• W3016582187 cites W2591821533 @default.
• W3016582187 cites W2613376372 @default.
• W3016582187 cites W2650184059 @default.
• W3016582187 cites W2805225949 @default.
• W3016582187 cites W2809106849 @default.
• W3016582187 cites W2884084154 @default.
• W3016582187 cites W2884179120 @default.
• W3016582187 cites W2897771597 @default.
• W3016582187 cites W2900868965 @default.
• W3016582187 cites W2913668331 @default.
• W3016582187 cites W291551095 @default.
• W3016582187 cites W2938284615 @default.
• W3016582187 cites W2962858562 @default.
• W3016582187 cites W2963154322 @default.
• W3016582187 cites W2983655979 @default.
• W3016582187 cites W3010889279 @default.
• W3016582187 doi "https://doi.org/10.1016/j.combustflame.2020.06.040" @default.
• W3016582187 hasPublicationYear "2020" @default.
• W3016582187 type Work @default.
• W3016582187 sameAs 3016582187 @default.
• W3016582187 citedByCount "14" @default.
• W3016582187 countsByYear W30165821872021 @default.
• W3016582187 countsByYear W30165821872022 @default.
• W3016582187 countsByYear W30165821872023 @default.
• W3016582187 crossrefType "journal-article" @default.
• W3016582187 hasAuthorship W3016582187A5077500028 @default.
• W3016582187 hasAuthorship W3016582187A5078825427 @default.
• W3016582187 hasBestOaLocation W30165821872 @default.
• W3016582187 hasConcept C121332964 @default.
• W3016582187 hasConcept C154238967 @default.
• W3016582187 hasConcept C178790620 @default.
• W3016582187 hasConcept C185592680 @default.
• W3016582187 hasConcept C18762648 @default.
• W3016582187 hasConcept C192562407 @default.
• W3016582187 hasConcept C196558001 @default.
• W3016582187 hasConcept C203397868 @default.
• W3016582187 hasConcept C207821765 @default.
• W3016582187 hasConcept C47396930 @default.
• W3016582187 hasConcept C540031477 @default.
• W3016582187 hasConcept C57879066 @default.
• W3016582187 hasConcept C76563973 @default.
• W3016582187 hasConcept C97355855 @default.
• W3016582187 hasConceptScore W3016582187C121332964 @default.
• W3016582187 hasConceptScore W3016582187C154238967 @default.
• W3016582187 hasConceptScore W3016582187C178790620 @default.
• W3016582187 hasConceptScore W3016582187C185592680 @default.
• W3016582187 hasConceptScore W3016582187C18762648 @default.

• next