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Analysis of common-rail injector using bond graph simulation program

机译:使用键盘仿真程序分析共轨注射器

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A dynamic and hydraulic analysis on common-rail injectors using Bond Graph Simulation Program (BGSP) was made. BGSP is based on the Bond Graph method of hydraulic system modeling, which has an advantage in handling multi-energy domains such as common-rail fuel injection system. After the verification of BGSP, analysis was made on a few concepts of common-rail injectors. Pressure traces of the control chamber for each injector concept was obtained. Through these analysis, the key phenomena were identified. Although the optimization has not been done yet, compatibility between initial injection rate shaping and rapid closing on a common-rail fuel injector was discussed. As a result, common-rail injectors with a "variable inlet orifice" concept have better compatibility.
机译:采用粘合图仿真程序(BGSP)的公共轨道喷射器的动态和水力分析。 BGSP基于液压系统建模的键盘曲线图方法,其在处理诸如共轨燃料喷射系统之类的多能域中具有优势。 在验证BGSP之后,对公共铁路喷射器的一些概念进行了分析。 获得了每个喷射器概念的控制室的压力痕迹。 通过这些分析,确定了关键现象。 虽然尚未完成优化,但讨论了初始注射速率的兼容性和在共轨燃料喷射器上快速关闭。 结果,具有“可变入口孔”概念的共轨注射器具有更好的兼容性。

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