叶片式可控阻尼减振器阻尼特性分析与试验
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    摘要:

    通过对叶片式可控阻尼减振器的结构分析,建立叶片式可控阻尼减振器的流体力学模型,模拟减振器内部流体结构,采用试验参数识别的方法确定模型参数,分析减振器的阻尼特性。阐明了减振器阻尼特性受到工作液温度、比例流量阀节流口开度以及连接臂端激励速度的影响以及比例流量阀对减振器“温衰”效应的补偿作用。通过仿真分析与试验结果的一致性对比,验证了所提方法的可行性和准确性。

    Abstract:

    A hydraulic model of controllable damping vane damper was established based on the structure analysis, the hydro-structure of which was simulated. Based on test data in different temperature of damping force and velocity input, the parameters of the hydraulic model were identified by the least squares fitting method. At different temperature, the comparison of the test data and results of calculation with the fitting parameters show that the parameters are reasonable and the method is valid. With the fitting parameters and calculation result, controllable damping vane damper design and characteristic analysis can be supported. The result also shows that the temperature can influence the damping force, but controllable damping vane damper can reduce the trend which makes the damping force lower. 

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王文瑞,黄华,顾亮.叶片式可控阻尼减振器阻尼特性分析与试验[J].农业机械学报,2009,40(1):26-30.

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