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- System (ABS) with Electronic Brake force Distribution (EBD) and Brake Assist (BA). 系统（ABS）电子刹车力分配系统（开机片）和制动辅助系统（BA）的。
- Through the road and bench tests on brake force distribution with actual motor vehicles, a road testing method for assessing brake force distribution is systematically presented and compared with the bench tests. 较系统地介绍了一种制动力分配的道路试验方法,同时对道路试验、台架试验进行了对比。
- EBD Electronic Brake force Distribution 电子制动力分配装置
- electronic brake force distribution 电子制动力分配
- Brake force distribution strategy 制动力分配策略
- Carry out the fundamental test, including the test of the pressure grads, brake forces distribution, pressure volume, the curves of pedal-pedal force-pressure in the hoses, sensor signal, dynamic gap etc. 负责基础测试,包括对压力梯度,前后制动力分配,压力容积,踏板位移-踏板力-管路压力关系曲线,传感器信号,动态间隙等内容进行测试。
- The braking stability of low-speed truck is directly affected by the braking force distribution coefficient, and the main effect factor is the sideslip of rear wheels. 摘要制动力分配系数直接影响低速货车的制动稳定性，后轮侧滑是影响制动稳定性的主要因素。
- In the paper, the results of the braking performance tests of Cherokee jeep and other passenger cars are analysed and compared with the braking standards on the requirements of braking force distribution on passenger cars. 本文在切诺基吉普车实车试验的基础上,结合其它轿车的试验结果,对制动标准中有关轿车轴间制动力分配的要求进行了研究。
- braking force distribution ratio 制动力分配比
- Braking force distribution coefficient 制动力分配系数
- Braking force distribution parameter 制动力分配系数
- braking force distribution model 制动力分配模型
- optimization of braking force distribution 制动力最佳分布
- ideal braking force distribution 理想制动力分配
- analyzed and calculated the adhesion coefficient and brake force distribution coefficient. 最后本文还对半挂汽车列车附着系数与制动力分配系数进行了分析与计算。
- Compound Brake Design Based on Ideal Braking Force Distribution Line 基于理想制动力分配曲线的复合制动设计
- motor and hydraulic braking force distribution model 机电制动力分配模型
- brake force distribution 制动力分配
- When the track-width the directions of propelling force and brake force deflect the . 讨论计履带滑动及履带宽时转向负荷计算问题。
- Special angled bed for optimum force distribution during the grinding process. 通过特殊的斜床身结构,在磨削加工中优化了力的分布。
