SAE Technical Paper Series 2017
DOI: 10.4271/2017-01-0692
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Effect of Geometric Structure of Cylinder Head on the Combustion Process in a Diesel Engine

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Cited by 2 publications
(1 citation statement)
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“…Jatana et al [124] studied the sensitivity of SI combustion on fuel perturbations to obtain a control strategy for operating instability and Tong et al [125] used an ion current sensor for combustion diagnosis, knock and LSPI detection. The effects of employing variable compression ratio [126], ESC [127], variable crank shaft timing [128] and VVT [129] on performance and emission of downsized engines were evaluated in different research and CI combustion influence from cylinder head geometry was investigated by Li et al [130]. Using cylinder deactivation technology Millo et al [131] obtained 30% reduction on pumping losses and cycle-by-cycle combustion variation simulator was presented and its response time for control approaches evaluated by Dulbecco et al [132].…”
Section: Other Studiesmentioning
confidence: 99%
“…Jatana et al [124] studied the sensitivity of SI combustion on fuel perturbations to obtain a control strategy for operating instability and Tong et al [125] used an ion current sensor for combustion diagnosis, knock and LSPI detection. The effects of employing variable compression ratio [126], ESC [127], variable crank shaft timing [128] and VVT [129] on performance and emission of downsized engines were evaluated in different research and CI combustion influence from cylinder head geometry was investigated by Li et al [130]. Using cylinder deactivation technology Millo et al [131] obtained 30% reduction on pumping losses and cycle-by-cycle combustion variation simulator was presented and its response time for control approaches evaluated by Dulbecco et al [132].…”
Section: Other Studiesmentioning
confidence: 99%