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equivalent damping coefficient    
相关语句
  等效阻尼系数
    A simplified mechanics model for the shock absorber is set up, and the effects of equivalent damping coefficient and stiffness, excitation frequency and amplitude on dampin g force amplitude and hysteresis angle are analyzed with the explanation on some phenomena in testing given.
    建立了简化的减振器力学模型,据此分析了等效阻尼系数、等效刚度、激振频率、振幅等参数对减振器阻力幅值和滞后角的影响,解释了实验测试中的现象。
短句来源
    A method, which is used to identify the blow-off point of shock absorber valve system, based on the damping-displacement characteristic test of shock absorber, conversation of energy and equivalent damping coefficient is put forward.
    以减振器示功特性试验为基础,以能量守恒为依据,提出一种以等效阻尼系数为对象的模糊识别减振器阀系开阀点的方法。
短句来源
    This paper put forward a method,which is used to identify the blow-off point of shock absorber valve system,based on the damping-displacement characteristic test of shock absorber,conversation of energy and equivalent damping coefficient.
    以减振器示功特性试验为基础,以能量守恒为依据,提出一种以等效阻尼系数为对象的识别减振器阀系开阀点的方法。
短句来源
  等效阻尼系数
    A simplified mechanics model for the shock absorber is set up, and the effects of equivalent damping coefficient and stiffness, excitation frequency and amplitude on dampin g force amplitude and hysteresis angle are analyzed with the explanation on some phenomena in testing given.
    建立了简化的减振器力学模型,据此分析了等效阻尼系数、等效刚度、激振频率、振幅等参数对减振器阻力幅值和滞后角的影响,解释了实验测试中的现象。
短句来源
    A method, which is used to identify the blow-off point of shock absorber valve system, based on the damping-displacement characteristic test of shock absorber, conversation of energy and equivalent damping coefficient is put forward.
    以减振器示功特性试验为基础,以能量守恒为依据,提出一种以等效阻尼系数为对象的模糊识别减振器阀系开阀点的方法。
短句来源
    This paper put forward a method,which is used to identify the blow-off point of shock absorber valve system,based on the damping-displacement characteristic test of shock absorber,conversation of energy and equivalent damping coefficient.
    以减振器示功特性试验为基础,以能量守恒为依据,提出一种以等效阻尼系数为对象的识别减振器阀系开阀点的方法。
短句来源
  等效阻尼系数
    A simplified mechanics model for the shock absorber is set up, and the effects of equivalent damping coefficient and stiffness, excitation frequency and amplitude on dampin g force amplitude and hysteresis angle are analyzed with the explanation on some phenomena in testing given.
    建立了简化的减振器力学模型,据此分析了等效阻尼系数、等效刚度、激振频率、振幅等参数对减振器阻力幅值和滞后角的影响,解释了实验测试中的现象。
短句来源
    A method, which is used to identify the blow-off point of shock absorber valve system, based on the damping-displacement characteristic test of shock absorber, conversation of energy and equivalent damping coefficient is put forward.
    以减振器示功特性试验为基础,以能量守恒为依据,提出一种以等效阻尼系数为对象的模糊识别减振器阀系开阀点的方法。
短句来源
    This paper put forward a method,which is used to identify the blow-off point of shock absorber valve system,based on the damping-displacement characteristic test of shock absorber,conversation of energy and equivalent damping coefficient.
    以减振器示功特性试验为基础,以能量守恒为依据,提出一种以等效阻尼系数为对象的识别减振器阀系开阀点的方法。
短句来源
  等效阻尼系数
    A simplified mechanics model for the shock absorber is set up, and the effects of equivalent damping coefficient and stiffness, excitation frequency and amplitude on dampin g force amplitude and hysteresis angle are analyzed with the explanation on some phenomena in testing given.
    建立了简化的减振器力学模型,据此分析了等效阻尼系数、等效刚度、激振频率、振幅等参数对减振器阻力幅值和滞后角的影响,解释了实验测试中的现象。
短句来源
    A method, which is used to identify the blow-off point of shock absorber valve system, based on the damping-displacement characteristic test of shock absorber, conversation of energy and equivalent damping coefficient is put forward.
    以减振器示功特性试验为基础,以能量守恒为依据,提出一种以等效阻尼系数为对象的模糊识别减振器阀系开阀点的方法。
短句来源
    This paper put forward a method,which is used to identify the blow-off point of shock absorber valve system,based on the damping-displacement characteristic test of shock absorber,conversation of energy and equivalent damping coefficient.
    以减振器示功特性试验为基础,以能量守恒为依据,提出一种以等效阻尼系数为对象的识别减振器阀系开阀点的方法。
短句来源
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  equivalent damping coefficient
Figure 18 provides the hysteric area and the equivalent damping coefficient for the frame with flat-plate-type BRBs and the cross-type BRBs.
      


In this paper, an experimental sample of mono-tube shock absorber is built with fluid pressure and temperature sensors equipped and its characteristi cs are tested on a special test-bench. The correlations among damping forces d u e to fluid flowing through orifices, compensation resistance and mechanical fric tion are analyzed under low speed excitation conditions. The characteristics of shock absorber at different frequencies and amplitudes of excitation, as well as the effects of oil temperature...

In this paper, an experimental sample of mono-tube shock absorber is built with fluid pressure and temperature sensors equipped and its characteristi cs are tested on a special test-bench. The correlations among damping forces d u e to fluid flowing through orifices, compensation resistance and mechanical fric tion are analyzed under low speed excitation conditions. The characteristics of shock absorber at different frequencies and amplitudes of excitation, as well as the effects of oil temperature and rubber bushes are investigated. A simplified mechanics model for the shock absorber is set up, and the effects of equivalent damping coefficient and stiffness, excitation frequency and amplitude on dampin g force amplitude and hysteresis angle are analyzed with the explanation on some phenomena in testing given.

作者制备了一种单筒式减振器实验样品,利用专用振动实验台对其外特性和内特性进行了测试和分析。比较了低速工作条件下油液阻尼力、补偿阻力和摩擦阻力等之间的关系。考察了不同激振频率和幅值条件下减振器工作特性的不同特征及原因,探讨了油液工作温度以及橡胶衬套等的影响。建立了简化的减振器力学模型,据此分析了等效阻尼系数、等效刚度、激振频率、振幅等参数对减振器阻力幅值和滞后角的影响,解释了实验测试中的现象。

A method, which is used to identify the blow-off point of shock absorber valve system, based on the damping-displacement characteristic test of shock absorber, conversation of energy and equivalent damping coefficient is put forward. The test result proved the blow-off point of shock absorber valve system can be identified effectively.

以减振器示功特性试验为基础,以能量守恒为依据,提出一种以等效阻尼系数为对象的模糊识别减振器阀系开阀点的方法。试验结果证明,该方法可以有效的确定减振器阀系的开阀点。

This paper put forward a method,which is used to identify the blow-off point of shock absorber valve system,based on the damping-displacement characteristic test of shock absorber,conversation of energy and equivalent damping coefficient.The test result proves the blow-off point of shock absorber valve system can be identified effectively.

以减振器示功特性试验为基础,以能量守恒为依据,提出一种以等效阻尼系数为对象的识别减振器阀系开阀点的方法。试验结果证明,该方法可以有效地确定减振器阀系的开阀点。

 
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