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無凸輪軸發(fā)動機電液驅(qū)動配氣機構阻尼孔優(yōu)化設計
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國家重點基礎研究發(fā)展計劃(973計劃)資助項目(2007CB210004)


Optimization of Orifices on Electro-hydraulic Control Camless Valve Actuator
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    摘要:

    無凸輪軸發(fā)動機電液驅(qū)動配氣機構中節(jié)流閥阻尼孔的優(yōu)化設計直接影響氣門運動及時響應性能和氣門落座沖擊性能,進而影響發(fā)動機性能,。建立了配氣機構中節(jié)流閥阻尼孔的數(shù)學模型,并利用該模型研究了阻尼孔直徑對氣門開啟和落座的影響,。使用AMESim搭建了配氣機構的仿真模型,研究阻尼孔孔徑和相對位置對氣門運動的影響,。結果表明,,阻尼孔直徑減小或者阻尼腔阻尼孔相對位置上升會使氣門延遲開啟;阻尼孔直徑減小或者主油路阻尼孔相對位置下降會使氣門延遲關閉,。優(yōu)化了阻尼孔孔徑和位置參數(shù),,試驗表明阻尼孔優(yōu)化設計結果滿足發(fā)動機對配氣機構中氣門運動的要求。

    Abstract:

    The optimized design of orifices in the electro-hydraulic control valve actuator will affect the response and the impact of valve in the camless engine, and thus affect all aspects performance of engine. The mathematical model of the orifices in the valve actuator was designed, and the effects of the orifice’s diameter to the velocity during opening and landing were analyzed. The model of the camless electro-hydraulic valve actuator was built by using AMESim, the analysis of the influence to the diameter and related position of the valve orifices was done, the results showed that the orifice diameter decreased or the related position of damping chamber orifice increased resulted in the delay of opening time, and the orifice diameter decreased or the related position of main line orifice decreased resulted in the delay of closing time. The parameters of orifices diameter and position were optimized, and the demand of the valve was met by the optimized parameters through the experiments.

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谷艷華,胡乃碩,高峰軍,李華,王有坤,郭英男.無凸輪軸發(fā)動機電液驅(qū)動配氣機構阻尼孔優(yōu)化設計[J].農(nóng)業(yè)機械學報,2012,43(9):21-26. Gu Yanhua, Hu Naishuo, Gao Fengjun, Li Hua, Wang Youkun, Guo Yingnan. Optimization of Orifices on Electro-hydraulic Control Camless Valve Actuator[J]. Transactions of the Chinese Society for Agricultural Machinery,2012,43(9):21-26.

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  • 在線發(fā)布日期: 2012-09-04
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