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4105防爆柴油机性能优化的研究
引用本文:毛笑平,蔡忆昔,李小华,王晗. 4105防爆柴油机性能优化的研究[J]. 农机化研究, 2007, 0(5): 158-161,166
作者姓名:毛笑平  蔡忆昔  李小华  王晗
作者单位:江苏大学,汽车与交通学院,江苏,镇江,212013
基金项目:江苏省青蓝工程学术带头人专项基金
摘    要:根据4105防爆柴油机的结构参数及其性能实验结果,建立了工作模型,分析了压缩比、供油提前角和配气相位对燃油消耗率、充气效率、残余废气系数以及动力性能的影响,并对压缩比、供油提前角和配气相位进行了优化.优化结果表明,适当提高压缩比、调整合适的供油提前角和配气相位可提高动力性,降低防爆柴油机的燃油消耗率.

关 键 词:能源与动力工程  防爆柴油机  试验  AVL-BOOST  数值模拟  防爆柴油机  性能优化  研究  Diesel Engine  Optimization  动力性能  整合  高压缩比  优化结果  影响  系数  废气  充气效率  燃油消耗率  配气相位  供油提前角  分析  工作模型  性能实验  结构参数
文章编号:1003-188X(2007)05-0158-04
收稿时间:2006-08-25
修稿时间:2006-08-25

Performance Optimization of Explosion-proof 4105 Diesel Engine
MAO Xiao-ping,CAI Yi-xi,LI Xiao-hua,WANG Han. Performance Optimization of Explosion-proof 4105 Diesel Engine[J]. Journal of Agricultural Mechanization Research, 2007, 0(5): 158-161,166
Authors:MAO Xiao-ping  CAI Yi-xi  LI Xiao-hua  WANG Han
Affiliation:School of Automotive and Traffic Engineer, Jiangsu University, Zhenjiang 212013, China
Abstract:The working model of explosion-proof diesel engine is built up on the basis of structural parameters and results of performance experiments on explosion-proof 4105 diesel engine. The effects of compression ratio, fuel injection advance angle, valve phases on fuel consumption rate, air-charged efficiency, residual gas coefficient, and dynamic performance are analyzed and optimized. The results show that the dynamic performance will be improved and the fuel consumption rate will be reduced by increasing compression ratio, rectifying fuel injection advance angle and valve phases properly.
Keywords:energy and power engineering   explosion-proof diesel engine   experiment   AVL-BOOST   numerical simulation
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