Matches in SemOpenAlex for { <https://semopenalex.org/work/W4386385609> ?p ?o ?g. }
- W4386385609 endingPage "111037" @default.
- W4386385609 startingPage "111037" @default.
- W4386385609 abstract "This paper provides a first insight into the transition from bubbling to jetting of submerged jets generated by the ejection of gas-liquid mixing flows through a minichannel into water. The ejections of rivulet, annular, churn, and Taylor-annular flows are found to generate jet behaviors of aperiodic bubbling, impact bubbling, chaotic bubbling, jetting-like jets, unstable jetting, and stable jetting. The correspondence relationship between the in-channel flows and submerged jets is revealed by establishing their flow regime maps, as well as the prediction models of transition boundaries. Compared to single-phase gas jets, the participation of liquid phase in mixing flows significantly promotes the transition from bubbling to jetting. Specifically, the increase of liquid phase velocity decreases the critical gas phase velocity for the transition from bubbling to jetting-like jets, as well as the transition from unstable jetting to stable jetting, characterized by the increase of liquid slug frequency and jet penetration length, as well as the decrease of liquid slug length, jet pitch-off frequency, and jet cone angles. As a result, via the in-channel mixing with a liquid phase of a Weber number of 110 prior to orifice ejection, the critical Mach number for the onset of stable jetting is significantly reduced from 3.76 to 1.25." @default.
- W4386385609 created "2023-09-02" @default.
- W4386385609 creator A5000847329 @default.
- W4386385609 creator A5024931341 @default.
- W4386385609 creator A5033183567 @default.
- W4386385609 date "2024-01-01" @default.
- W4386385609 modified "2023-10-15" @default.
- W4386385609 title "Transition from bubbling to jetting in submerged gas-liquid jets through a minichannel" @default.
- W4386385609 cites W1971261840 @default.
- W4386385609 cites W1972489460 @default.
- W4386385609 cites W1979871167 @default.
- W4386385609 cites W1982474052 @default.
- W4386385609 cites W1983734066 @default.
- W4386385609 cites W1986522277 @default.
- W4386385609 cites W1997513729 @default.
- W4386385609 cites W2005986040 @default.
- W4386385609 cites W2016174669 @default.
- W4386385609 cites W2021373280 @default.
- W4386385609 cites W2025196663 @default.
- W4386385609 cites W2025326903 @default.
- W4386385609 cites W2033302962 @default.
- W4386385609 cites W2043017174 @default.
- W4386385609 cites W2044152058 @default.
- W4386385609 cites W2054564858 @default.
- W4386385609 cites W2054716644 @default.
- W4386385609 cites W2058935959 @default.
- W4386385609 cites W2059451539 @default.
- W4386385609 cites W2062668754 @default.
- W4386385609 cites W2067759982 @default.
- W4386385609 cites W2075851003 @default.
- W4386385609 cites W2076498441 @default.
- W4386385609 cites W2084254615 @default.
- W4386385609 cites W2090064343 @default.
- W4386385609 cites W2111106227 @default.
- W4386385609 cites W2137146000 @default.
- W4386385609 cites W2164119437 @default.
- W4386385609 cites W2164327503 @default.
- W4386385609 cites W2292967916 @default.
- W4386385609 cites W2310583985 @default.
- W4386385609 cites W2489532364 @default.
- W4386385609 cites W2570051413 @default.
- W4386385609 cites W2599890869 @default.
- W4386385609 cites W2603327785 @default.
- W4386385609 cites W2604216397 @default.
- W4386385609 cites W2606598528 @default.
- W4386385609 cites W2792760343 @default.
- W4386385609 cites W2800279196 @default.
- W4386385609 cites W2802757554 @default.
- W4386385609 cites W2889817100 @default.
- W4386385609 cites W2981246993 @default.
- W4386385609 cites W2998464080 @default.
- W4386385609 cites W3157716673 @default.
- W4386385609 cites W3160979983 @default.
- W4386385609 cites W3175630432 @default.
- W4386385609 cites W3177992876 @default.
- W4386385609 cites W3193473903 @default.
- W4386385609 cites W4206633285 @default.
- W4386385609 cites W4221104944 @default.
- W4386385609 cites W4297394667 @default.
- W4386385609 cites W4308871940 @default.
- W4386385609 cites W4312521962 @default.
- W4386385609 cites W982720732 @default.
- W4386385609 doi "https://doi.org/10.1016/j.expthermflusci.2023.111037" @default.
- W4386385609 hasPublicationYear "2024" @default.
- W4386385609 type Work @default.
- W4386385609 citedByCount "0" @default.
- W4386385609 crossrefType "journal-article" @default.
- W4386385609 hasAuthorship W4386385609A5000847329 @default.
- W4386385609 hasAuthorship W4386385609A5024931341 @default.
- W4386385609 hasAuthorship W4386385609A5033183567 @default.
- W4386385609 hasConcept C119947313 @default.
- W4386385609 hasConcept C121332964 @default.
- W4386385609 hasConcept C127413603 @default.
- W4386385609 hasConcept C138777275 @default.
- W4386385609 hasConcept C139514615 @default.
- W4386385609 hasConcept C144308804 @default.
- W4386385609 hasConcept C149288129 @default.
- W4386385609 hasConcept C18903297 @default.
- W4386385609 hasConcept C192562407 @default.
- W4386385609 hasConcept C194242075 @default.
- W4386385609 hasConcept C38349280 @default.
- W4386385609 hasConcept C42475967 @default.
- W4386385609 hasConcept C57879066 @default.
- W4386385609 hasConcept C62520636 @default.
- W4386385609 hasConcept C80107235 @default.
- W4386385609 hasConcept C86803240 @default.
- W4386385609 hasConcept C97355855 @default.
- W4386385609 hasConceptScore W4386385609C119947313 @default.
- W4386385609 hasConceptScore W4386385609C121332964 @default.
- W4386385609 hasConceptScore W4386385609C127413603 @default.
- W4386385609 hasConceptScore W4386385609C138777275 @default.
- W4386385609 hasConceptScore W4386385609C139514615 @default.
- W4386385609 hasConceptScore W4386385609C144308804 @default.
- W4386385609 hasConceptScore W4386385609C149288129 @default.
- W4386385609 hasConceptScore W4386385609C18903297 @default.
- W4386385609 hasConceptScore W4386385609C192562407 @default.
- W4386385609 hasConceptScore W4386385609C194242075 @default.
- W4386385609 hasConceptScore W4386385609C38349280 @default.