一种抗沉积性能优异的坚固喷油器设计的开发

P. V. Bacho, J. Galante-Fox, David W. Sant
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引用次数: 11

摘要

针对汽油燃油喷射器在现场因沉积物形成而失效的原因进行了全面调查,从而开发了一种坚固耐用的燃油喷射器设计。现场故障分析为燃油喷射器形成沉积物的原因提供了关键线索。可重复试验和可重复沉积形成燃料的发展使得这些线索得以确认,并对设计改进进行了测试。这种测试周期和燃料的结合减少了测试时间,同时提供了足够的灵敏度来区分喷油器设计的改进。在固定车辆上完成了设计改进的确认,该车辆使用了市售汽油和配方沉积形成燃料。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of a Robust Injector Design for Superior Deposit Resistance
A comprehensive investigation into why gasoline fuel injectors fail in the field due to deposit formation has led to the development of a robust fuel injector design. Analysis of field failures provided critical clues as to why fuel injectors form deposits. The development of a repeatable test and a repeatable deposit forming fuel allowed the confirmation of these clues and the testing of design improvements. This combination of test cycle and fuel allowed for a reduced test time while providing sufficient sensitivity to differentiate between injector design improvements. Confirmation of design improvements was completed on a stationary vehicle using both commercially available gasoline and a formulated deposit forming fuel.
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