本文主要研究内容
作者王福志,苏方旭,刘广丰（2019）在《某GDI发动机早燃超级爆震控制策略试验研究》一文中研究指出：发动机爆震信号可用于监测发动机普通爆震情况,而通过滤波和窗口调整处理的爆震信号可用于对早燃超级爆震情况进行判断。缸内压力传感器可用于对爆震信号进行标定,采用标定后的爆震信号监测发动机早燃超级爆震,研究喷油和气门正时策略对早燃超级爆震的影响。研究结果表明,喷油策略对早燃超级爆震和碳烟颗粒排放物的影响规律基本相同。扫气在降低残余废气的同时,可降低早燃超级爆震倾向。在一定范围内,提前第1次喷油时刻,推迟第2次喷油时刻,并适当降低第2次喷油比例,可改善燃油雾化,减少燃油撞壁,同时可利用燃油蒸发吸热降低缸内温度,提高进气充量,减少早燃超级爆震。进气门提前开启,排气门适当滞后关闭,增加扫气效果,并适当加浓混合气,早燃超级爆震敏感性降低。采用爆震传感器监测早燃超级爆震,优化后的策略能在催化器温度不超温的前提下显著降低发动机早燃超级爆震。
Abstract
fa dong ji bao zhen xin hao ke yong yu jian ce fa dong ji pu tong bao zhen qing kuang ,er tong guo lv bo he chuang kou diao zheng chu li de bao zhen xin hao ke yong yu dui zao ran chao ji bao zhen qing kuang jin hang pan duan 。gang nei ya li chuan gan qi ke yong yu dui bao zhen xin hao jin hang biao ding ,cai yong biao ding hou de bao zhen xin hao jian ce fa dong ji zao ran chao ji bao zhen ,yan jiu pen you he qi men zheng shi ce lve dui zao ran chao ji bao zhen de ying xiang 。yan jiu jie guo biao ming ,pen you ce lve dui zao ran chao ji bao zhen he tan yan ke li pai fang wu de ying xiang gui lv ji ben xiang tong 。sao qi zai jiang di can yu fei qi de tong shi ,ke jiang di zao ran chao ji bao zhen qing xiang 。zai yi ding fan wei nei ,di qian di 1ci pen you shi ke ,tui chi di 2ci pen you shi ke ,bing kuo dang jiang di di 2ci pen you bi li ,ke gai shan ran you wu hua ,jian shao ran you zhuang bi ,tong shi ke li yong ran you zheng fa xi re jiang di gang nei wen du ,di gao jin qi chong liang ,jian shao zao ran chao ji bao zhen 。jin qi men di qian kai qi ,pai qi men kuo dang zhi hou guan bi ,zeng jia sao qi xiao guo ,bing kuo dang jia nong hun ge qi ,zao ran chao ji bao zhen min gan xing jiang di 。cai yong bao zhen chuan gan qi jian ce zao ran chao ji bao zhen ,you hua hou de ce lve neng zai cui hua qi wen du bu chao wen de qian di xia xian zhe jiang di fa dong ji zao ran chao ji bao zhen 。
论文参考文献
论文详细介绍
论文作者分别是来自小型内燃机与车辆技术的王福志,苏方旭,刘广丰，发表于刊物小型内燃机与车辆技术2019年02期论文，是一篇关于早燃论文,爆震论文,超级爆震论文,喷油策略论文,气门正时策略论文,小型内燃机与车辆技术2019年02期论文的文章。本文可供学术参考使用，各位学者可以免费参考阅读下载，文章观点不代表本站观点，资料来自小型内燃机与车辆技术2019年02期论文网站，若本站收录的文献无意侵犯了您的著作版权，请联系我们删除。
标签：早燃论文; 爆震论文; 超级爆震论文; 喷油策略论文; 气门正时策略论文; 小型内燃机与车辆技术2019年02期论文;