스파크점화 엔진에서 압축비에 따른 프로판과 부탄의 연소 분석

Combustion and performance of a spark-ignition engine fueled with propane and butane were analyzed under different compression ratio. The electricity efficiencies of propane and butane increased with increasing the electricity production. The heat release rates of propane and butane were similar at...

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Published in한국분무공학회지 Vol. 27; no. 4; pp. 203 - 210
Main Authors 박현욱, Hyunwook Park, 이준순, Junsun Lee, 오승묵, Seungmook Oh, 김창업, Changup Kim, 이용규, Yonggyu Lee, 강건용, Kernyong Kang
Format Journal Article
LanguageKorean
Published 한국분무공학회 31.12.2022
Subjects
Butane
Combustion
Compression ratio
Propane
Spark ignition
부탄
스파크점화
압축비
연소
프로판
Online AccessGet full text
ISSN1226-2277
2288-9051

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Abstract Combustion and performance of a spark-ignition engine fueled with propane and butane were analyzed under different compression ratio. The electricity efficiencies of propane and butane increased with increasing the electricity production. The heat release rates of propane and butane were similar at a compression ratio of 9:1 because both fuels had similar optimal ignition timings without knocking combustion. Therefore, the difference in electricity efficiencies of engine generators was insignificant. However, at a higher compression ratio of 11:1, the butane engine generator had a lower electricity efficiency than the propane engine generator because its ignition timing retarded to suppress the knocking combustion.
AbstractList Combustion and performance of a spark-ignition engine fueled with propane and butane were analyzed under different compression ratio. The electricity efficiencies of propane and butane increased with increasing the electricity production. The heat release rates of propane and butane were similar at a compression ratio of 9:1 because both fuels had similar optimal ignition timings without knocking combustion. Therefore, the difference in electricity efficiencies of engine generators was insignificant. However, at a higher compression ratio of 11:1, the butane engine generator had a lower electricity efficiency than the propane engine generator because its ignition timing retarded to suppress the knocking combustion.
Author 오승묵
Junsun Lee
강건용
이용규
이준순
Hyunwook Park
Yonggyu Lee
Kernyong Kang
Seungmook Oh
Changup Kim
박현욱
김창업
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Snippet Combustion and performance of a spark-ignition engine fueled with propane and butane were analyzed under different compression ratio. The electricity...
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StartPage 203
SubjectTerms Butane
Combustion
Compression ratio
Propane
Spark ignition
부탄
스파크점화
압축비
연소
프로판
Title 스파크점화 엔진에서 압축비에 따른 프로판과 부탄의 연소 분석
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