FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2059762999> ?p ?o ?g. }

• W2059762999 endingPage "1878" @default.
• W2059762999 startingPage "1866" @default.
• W2059762999 abstract "A study of in-cylinder fuel–air mixing distributions in a firing gasoline-direct-injection engine is reported using planar laser-induced fluorescence (PLIF) imaging. A multi-component fuel synthesised from three pairs of components chosen to simulate light, medium and heavy fractions was seeded with one of three tracers, each chosen to co-evaporate with and thus follow one of the fractions, in order to account for differential volatility of such components in typical gasoline fuels. In order to make quantitative measurements of fuel–air ratio from PLIF images, initial calibration was by recording PLIF images of homogeneous fuel–air mixtures under similar conditions of in-cylinder temperature and pressure using a re-circulation loop and a motored engine. This calibration method was found to be affected by two significant factors. Firstly, calibration was affected by variation of signal collection efficiency arising from build-up of absorbing deposits on the windows during firing cycles, which are not present under motored conditions. Secondly, the effects of residual exhaust gas present in the firing engine were not accounted for using a calibration loop with a motored engine. In order to account for these factors a novel method of PLIF calibration is presented whereby ‘bookend’ calibration measurements for each tracer separately are performed under firing conditions, utilising injection into a large upstream heated plenum to promote the formation of homogeneous in-cylinder mixtures. These calibration datasets contain sufficient information to not only characterise the quantum efficiency of each tracer during a typical engine cycle, but also monitor imaging efficiency, and, importantly, account for the impact of exhaust gas residuals (EGR). By use of this method EGR is identified as a significant factor in quantitative PLIF for fuel mixing diagnostics in firing engines. The effects of cyclic variation in fuel concentration on burn rate are analysed for different fuel injection strategies. Finally, mixture distributions for late injection obtained using quantitative PLIF are compared to predictions of computational fluid dynamics calculations." @default.
• W2059762999 created "2016-06-24" @default.
• W2059762999 creator A5004312533 @default.
• W2059762999 creator A5036835591 @default.
• W2059762999 creator A5039039838 @default.
• W2059762999 creator A5047795596 @default.
• W2059762999 creator A5057779972 @default.
• W2059762999 creator A5065076485 @default.
• W2059762999 creator A5071956906 @default.
• W2059762999 creator A5081189861 @default.
• W2059762999 creator A5085046712 @default.
• W2059762999 creator A5085057074 @default.
• W2059762999 creator A5090270861 @default.
• W2059762999 date "2010-10-01" @default.
• W2059762999 modified "2023-10-17" @default.
• W2059762999 title "Quantitative planar laser-induced fluorescence imaging of multi-component fuel/air mixing in a firing gasoline-direct-injection engine: Effects of residual exhaust gas on quantitative PLIF" @default.
• W2059762999 cites W1492697808 @default.
• W2059762999 cites W1512444961 @default.
• W2059762999 cites W1520097462 @default.
• W2059762999 cites W1546285877 @default.
• W2059762999 cites W1570875726 @default.
• W2059762999 cites W1968013090 @default.
• W2059762999 cites W1969463799 @default.
• W2059762999 cites W1983095875 @default.
• W2059762999 cites W1989380540 @default.
• W2059762999 cites W2012391253 @default.
• W2059762999 cites W2014157752 @default.
• W2059762999 cites W2019585315 @default.
• W2059762999 cites W2024482159 @default.
• W2059762999 cites W2026956076 @default.
• W2059762999 cites W2037328998 @default.
• W2059762999 cites W2039538890 @default.
• W2059762999 cites W2043476251 @default.
• W2059762999 cites W2047336720 @default.
• W2059762999 cites W2056967684 @default.
• W2059762999 cites W2087164395 @default.
• W2059762999 cites W2091283483 @default.
• W2059762999 cites W2093927175 @default.
• W2059762999 cites W2106442594 @default.
• W2059762999 cites W2115363055 @default.
• W2059762999 cites W2122378033 @default.
• W2059762999 cites W2140315233 @default.
• W2059762999 cites W2166492604 @default.
• W2059762999 cites W2167848173 @default.
• W2059762999 cites W2245318113 @default.
• W2059762999 cites W2267889985 @default.
• W2059762999 cites W2278594478 @default.
• W2059762999 cites W2299358182 @default.
• W2059762999 cites W2764601992 @default.
• W2059762999 cites W4238659252 @default.
• W2059762999 cites W4244478599 @default.
• W2059762999 cites W567955843 @default.
• W2059762999 doi "https://doi.org/10.1016/j.combustflame.2010.06.004" @default.
• W2059762999 hasPublicationYear "2010" @default.
• W2059762999 type Work @default.
• W2059762999 sameAs 2059762999 @default.
• W2059762999 citedByCount "53" @default.
• W2059762999 countsByYear W20597629992012 @default.
• W2059762999 countsByYear W20597629992013 @default.
• W2059762999 countsByYear W20597629992014 @default.
• W2059762999 countsByYear W20597629992015 @default.
• W2059762999 countsByYear W20597629992016 @default.
• W2059762999 countsByYear W20597629992017 @default.
• W2059762999 countsByYear W20597629992018 @default.
• W2059762999 countsByYear W20597629992019 @default.
• W2059762999 countsByYear W20597629992020 @default.
• W2059762999 countsByYear W20597629992021 @default.
• W2059762999 countsByYear W20597629992023 @default.
• W2059762999 crossrefType "journal-article" @default.
• W2059762999 hasAuthorship W2059762999A5004312533 @default.
• W2059762999 hasAuthorship W2059762999A5036835591 @default.
• W2059762999 hasAuthorship W2059762999A5039039838 @default.
• W2059762999 hasAuthorship W2059762999A5047795596 @default.
• W2059762999 hasAuthorship W2059762999A5057779972 @default.
• W2059762999 hasAuthorship W2059762999A5065076485 @default.
• W2059762999 hasAuthorship W2059762999A5071956906 @default.
• W2059762999 hasAuthorship W2059762999A5081189861 @default.
• W2059762999 hasAuthorship W2059762999A5085046712 @default.
• W2059762999 hasAuthorship W2059762999A5085057074 @default.
• W2059762999 hasAuthorship W2059762999A5090270861 @default.
• W2059762999 hasConcept C103697071 @default.
• W2059762999 hasConcept C105923489 @default.
• W2059762999 hasConcept C113196181 @default.
• W2059762999 hasConcept C119128265 @default.
• W2059762999 hasConcept C120665830 @default.
• W2059762999 hasConcept C121332964 @default.
• W2059762999 hasConcept C127413603 @default.
• W2059762999 hasConcept C1342733 @default.
• W2059762999 hasConcept C165838908 @default.
• W2059762999 hasConcept C178790620 @default.
• W2059762999 hasConcept C185544564 @default.
• W2059762999 hasConcept C185592680 @default.
• W2059762999 hasConcept C192562407 @default.
• W2059762999 hasConcept C203311528 @default.
• W2059762999 hasConcept C23531484 @default.
• W2059762999 hasConcept C2778863792 @default.
• W2059762999 hasConcept C39573554 @default.
• W2059762999 hasConcept C43617362 @default.

• next