通过修改调速特性曲线、改进喷油泵柱塞的结构和调整怠速弹簧长度消除了故障。
By modifying governor characteristic curve and the edges of helix and vertical groove in plunger, as well as adjusting the length of idling spring, the fault is eliminated.
将获取的实验数据进行拟合从而得出空气弹簧在不同标准内压下的弹性特性曲线。
We fitted the experiment's data and obtain the elastic property curves of air spring with different standard internal pressure.
空气弹簧最重要的动力学特征——弹性特性曲线，是进行空气悬架仿真、特性研究的关键。
The elastic property curves of air spring is the most important dynamic feature of air suspension, it is the crux for simulation study and features research on air suspension.
同时，文章还计算了弹簧机构在主要故障点发生故障情况下的故障分闸速度特性曲线。
And at the same time, the fault tripping speed curves were calculated assuming that some components of the spring operation mechanism were in fault.
以理想刚度特性曲线为优化目标，实现了橡胶空心弹簧结构参数的优化设计。
The structure parameters of hollow rubber spring have been optimized for the optimal objective of the ideal stiffness curve.
为了获取空气弹簧的弹性特性曲线，本文对所用空气弹簧进行了弹性特性试验。
In order to obtain the elastic property curves of air spring, we tested the chosen air spring by elastic property experiment.
空气弹簧具有非线性弹性特性，可将其特性曲线设计成理想形状。
The air spring has the nonlinear performance and the performance curve can be designed fitting ideal shape.
由于卷绕构成弹簧的钢丝的直径沿钢丝的轴向改变，因此弹簧可以获得变刚度的特性曲线。
Because the diameter of the steel wire forming the spring by winding is changed along the axial direction of the steel wire, the spring can obtain a variable stiffness characteristic curve.
由于卷绕构成弹簧的钢丝的直径沿钢丝的轴向改变，因此弹簧可以获得变刚度的特性曲线。
Because the diameter of the steel wire forming the spring by winding is changed along the axial direction of the steel wire, the spring can obtain a variable stiffness characteristic curve.
应用推荐