FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3217431308> ?p ?o ?g. }

• W3217431308 endingPage "129781" @default.
• W3217431308 startingPage "129781" @default.
• W3217431308 abstract "In relative to traditional combustion, the reactivity-controlled compression ignition (RCCI) technique using fuels with different reactivity has gained significant interest because of its high thermal efficiency and low NOx and smoke emissions. Hence, the present work investigates the RCCI mode of operation in a light-duty diesel engine by introducing Cottonseed oil biodiesel as high reactivity fuel directly into the combustion chamber and n-pentanol as low-reactivity fuel intake. The experimental results revealed that NOx and smoke emissions were considerably decreased by 44.2% and 35.0% with RCCI mode of operation compared to Cottonseed oil biodiesel-based operation mode at 100% load condition. However, a significant rise in emissions of unburnt hydrocarbon (HC) and carbon monoxide (CO) was noted at medium load (50%) conditions in reactivity-controlled compression ignition mode but emissions of HC and CO tended to decrease at peak load conditions. Moreover, the engine's brake thermal efficiency was found to increase by 7% when operating under RCCI mode at 20% of the n-pentanol share, although a marginal reduction in brake thermal efficiency was recognized in the case of above 20% energy share at 100% engine load. Considering the combustion characteristics, the RCCI mode working on Cottonseed oil biodiesel/n-pentanol showed substantial improvement in peak pressure and heat release rate compared with the single-fuel mode. Overall, it has been identified that the operation of diesel engines on RCCI mode could result in a simultaneous reduction of smoke opacity (up to 21.2%) and NOx emission (up to 36%) and a marginal improvement in the engine performance. • Reactivity-controlled compression ignition engine fuelled with biodiesel/n-pentanol. • 20% n-pentanol of energy share for reactivity-controlled mode as the optimum value. • Improved combustion and performance characteristics for reactivity-controlled mode. • Reducing 44.2% of nitrogen oxides and 35.0% of smoke opacity for the optimum mode." @default.
• W3217431308 created "2021-12-06" @default.
• W3217431308 creator A5007505374 @default.
• W3217431308 creator A5037073589 @default.
• W3217431308 creator A5048725564 @default.
• W3217431308 creator A5050873550 @default.
• W3217431308 creator A5070205310 @default.
• W3217431308 creator A5077979876 @default.
• W3217431308 date "2022-01-01" @default.
• W3217431308 modified "2023-10-10" @default.
• W3217431308 title "Experimental assessment on performance and combustion behaviors of reactivity-controlled compression ignition engine operated by n-pentanol and cottonseed biodiesel" @default.
• W3217431308 cites W1071069057 @default.
• W3217431308 cites W1820263274 @default.
• W3217431308 cites W1970296688 @default.
• W3217431308 cites W1979339995 @default.
• W3217431308 cites W2053507015 @default.
• W3217431308 cites W2072376632 @default.
• W3217431308 cites W2087366698 @default.
• W3217431308 cites W2091176046 @default.
• W3217431308 cites W2131896209 @default.
• W3217431308 cites W2191799703 @default.
• W3217431308 cites W2192983807 @default.
• W3217431308 cites W2272763783 @default.
• W3217431308 cites W2314057155 @default.
• W3217431308 cites W2325317921 @default.
• W3217431308 cites W2350008254 @default.
• W3217431308 cites W2514450907 @default.
• W3217431308 cites W2579384138 @default.
• W3217431308 cites W2612034976 @default.
• W3217431308 cites W2615169884 @default.
• W3217431308 cites W2616127543 @default.
• W3217431308 cites W2625711522 @default.
• W3217431308 cites W2744309029 @default.
• W3217431308 cites W2750197941 @default.
• W3217431308 cites W2752957242 @default.
• W3217431308 cites W2766906899 @default.
• W3217431308 cites W2767166150 @default.
• W3217431308 cites W2774698295 @default.
• W3217431308 cites W2789666506 @default.
• W3217431308 cites W2797049649 @default.
• W3217431308 cites W2797493521 @default.
• W3217431308 cites W2802568132 @default.
• W3217431308 cites W2892204173 @default.
• W3217431308 cites W2895154754 @default.
• W3217431308 cites W2897335984 @default.
• W3217431308 cites W2898481422 @default.
• W3217431308 cites W2900936400 @default.
• W3217431308 cites W2904755328 @default.
• W3217431308 cites W2909002832 @default.
• W3217431308 cites W2916086737 @default.
• W3217431308 cites W2921315023 @default.
• W3217431308 cites W2937100749 @default.
• W3217431308 cites W2943051501 @default.
• W3217431308 cites W2945925589 @default.
• W3217431308 cites W2950094849 @default.
• W3217431308 cites W2965406574 @default.
• W3217431308 cites W2969956396 @default.
• W3217431308 cites W2982056854 @default.
• W3217431308 cites W2986152198 @default.
• W3217431308 cites W2995224487 @default.
• W3217431308 cites W3001367651 @default.
• W3217431308 cites W3004610904 @default.
• W3217431308 cites W3006200718 @default.
• W3217431308 cites W3019197907 @default.
• W3217431308 cites W3037523144 @default.
• W3217431308 cites W3041676709 @default.
• W3217431308 cites W3041908263 @default.
• W3217431308 cites W3048003337 @default.
• W3217431308 cites W3048155326 @default.
• W3217431308 cites W3048344899 @default.
• W3217431308 cites W3048425236 @default.
• W3217431308 cites W3088597294 @default.
• W3217431308 cites W3103299186 @default.
• W3217431308 cites W3110674395 @default.
• W3217431308 cites W3112885796 @default.
• W3217431308 cites W3154882433 @default.
• W3217431308 cites W3158584655 @default.
• W3217431308 cites W3174834888 @default.
• W3217431308 cites W3176532916 @default.
• W3217431308 cites W3177420917 @default.
• W3217431308 cites W3193568390 @default.
• W3217431308 cites W3196654531 @default.
• W3217431308 cites W3197367592 @default.
• W3217431308 cites W3207647263 @default.
• W3217431308 cites W3209391552 @default.
• W3217431308 cites W4250292420 @default.
• W3217431308 cites W2761648659 @default.
• W3217431308 doi "https://doi.org/10.1016/j.jclepro.2021.129781" @default.
• W3217431308 hasPublicationYear "2022" @default.
• W3217431308 type Work @default.
• W3217431308 sameAs 3217431308 @default.
• W3217431308 citedByCount "49" @default.
• W3217431308 countsByYear W32174313082021 @default.
• W3217431308 countsByYear W32174313082022 @default.
• W3217431308 countsByYear W32174313082023 @default.
• W3217431308 crossrefType "journal-article" @default.
• W3217431308 hasAuthorship W3217431308A5007505374 @default.
• W3217431308 hasAuthorship W3217431308A5037073589 @default.

• next