Matches in SemOpenAlex for { <https://semopenalex.org/work/W4292913647> ?p ?o ?g. }
- W4292913647 endingPage "125082" @default.
- W4292913647 startingPage "125082" @default.
- W4292913647 abstract "In this work, a three-dimensional computational fluid dynamics model of a diesel engine cylinder was developed, and a chemical reaction mechanism containing 53 species and 325 reactions was established by the CHEMKIN program. The purpose of this work is to investigate the effect of hydrogen (H2) addition on the performance, combustion and emission characteristics of a dual-fuel engine in term of in-cylinder pressure, in-cylinder temperature, brake power, brake thermal efficiency, brake specific fuel consumption, NOx emission, CO emission and soot emission. Then, the model was validated by the experimental results at different loads and used for analysis. The results showed that adding 15% H2 at 100% load resulted in a 4.6% reduction in BSFC and a 10.3% increase in brake power compared to diesel/natural gas dual-fuel. In addition, the performance improvement was more pronounced with the addition of H2 at higher engine load. H2 can increase the flame spread, shorten the combustion duration, and significantly increase peak cylinder pressure and temperature. However, adding H2 to dual-fuel engine at the cost of a slight increase in NOx is a promising solution to its higher unburned gas emissions at low loads." @default.
- W4292913647 created "2022-08-24" @default.
- W4292913647 creator A5014233085 @default.
- W4292913647 creator A5022826260 @default.
- W4292913647 creator A5031254424 @default.
- W4292913647 creator A5040337076 @default.
- W4292913647 creator A5044514695 @default.
- W4292913647 creator A5064438259 @default.
- W4292913647 creator A5067454026 @default.
- W4292913647 creator A5075877965 @default.
- W4292913647 creator A5080954125 @default.
- W4292913647 date "2022-12-01" @default.
- W4292913647 modified "2023-10-03" @default.
- W4292913647 title "Investigation of hydrogen addition on the combustion, performance, and emission characteristics of a heavy-duty engine fueled with diesel/natural gas" @default.
- W4292913647 cites W1997141059 @default.
- W4292913647 cites W2006849366 @default.
- W4292913647 cites W2010503067 @default.
- W4292913647 cites W2011106133 @default.
- W4292913647 cites W2018249509 @default.
- W4292913647 cites W2019770397 @default.
- W4292913647 cites W2023603740 @default.
- W4292913647 cites W2025526011 @default.
- W4292913647 cites W2061689544 @default.
- W4292913647 cites W2065438733 @default.
- W4292913647 cites W2080813394 @default.
- W4292913647 cites W2085508198 @default.
- W4292913647 cites W2274676789 @default.
- W4292913647 cites W2313804978 @default.
- W4292913647 cites W2426549330 @default.
- W4292913647 cites W2489000114 @default.
- W4292913647 cites W2511950433 @default.
- W4292913647 cites W2528861174 @default.
- W4292913647 cites W2549721551 @default.
- W4292913647 cites W2551169965 @default.
- W4292913647 cites W2795277845 @default.
- W4292913647 cites W2884383606 @default.
- W4292913647 cites W2893366849 @default.
- W4292913647 cites W2900324346 @default.
- W4292913647 cites W2910875173 @default.
- W4292913647 cites W2954828248 @default.
- W4292913647 cites W2964984038 @default.
- W4292913647 cites W2975772269 @default.
- W4292913647 cites W3000688485 @default.
- W4292913647 cites W3006528043 @default.
- W4292913647 cites W3033909042 @default.
- W4292913647 cites W3042793415 @default.
- W4292913647 cites W3042832665 @default.
- W4292913647 cites W3095674502 @default.
- W4292913647 cites W3097702045 @default.
- W4292913647 cites W3112797859 @default.
- W4292913647 cites W3157442748 @default.
- W4292913647 cites W3159256915 @default.
- W4292913647 cites W3179681332 @default.
- W4292913647 cites W3185737506 @default.
- W4292913647 cites W3197316343 @default.
- W4292913647 cites W3206002971 @default.
- W4292913647 cites W3215193590 @default.
- W4292913647 cites W4200078140 @default.
- W4292913647 cites W4200579429 @default.
- W4292913647 cites W4205497032 @default.
- W4292913647 cites W4214686903 @default.
- W4292913647 cites W4220749001 @default.
- W4292913647 cites W4220986696 @default.
- W4292913647 cites W4221054018 @default.
- W4292913647 cites W4223504067 @default.
- W4292913647 cites W4223984289 @default.
- W4292913647 cites W4225120964 @default.
- W4292913647 cites W4280630748 @default.
- W4292913647 cites W2894863552 @default.
- W4292913647 doi "https://doi.org/10.1016/j.energy.2022.125082" @default.
- W4292913647 hasPublicationYear "2022" @default.
- W4292913647 type Work @default.
- W4292913647 citedByCount "24" @default.
- W4292913647 countsByYear W42929136472022 @default.
- W4292913647 countsByYear W42929136472023 @default.
- W4292913647 crossrefType "journal-article" @default.
- W4292913647 hasAuthorship W4292913647A5014233085 @default.
- W4292913647 hasAuthorship W4292913647A5022826260 @default.
- W4292913647 hasAuthorship W4292913647A5031254424 @default.
- W4292913647 hasAuthorship W4292913647A5040337076 @default.
- W4292913647 hasAuthorship W4292913647A5044514695 @default.
- W4292913647 hasAuthorship W4292913647A5064438259 @default.
- W4292913647 hasAuthorship W4292913647A5067454026 @default.
- W4292913647 hasAuthorship W4292913647A5075877965 @default.
- W4292913647 hasAuthorship W4292913647A5080954125 @default.
- W4292913647 hasConcept C105923489 @default.
- W4292913647 hasConcept C106169591 @default.
- W4292913647 hasConcept C115957382 @default.
- W4292913647 hasConcept C127413603 @default.
- W4292913647 hasConcept C128143373 @default.
- W4292913647 hasConcept C138171918 @default.
- W4292913647 hasConcept C171146098 @default.
- W4292913647 hasConcept C178790620 @default.
- W4292913647 hasConcept C185592680 @default.
- W4292913647 hasConcept C192562407 @default.
- W4292913647 hasConcept C203032635 @default.
- W4292913647 hasConcept C203311528 @default.
- W4292913647 hasConcept C25797200 @default.