1) ideal braking force distribution
理想制动力分配
2) ideal brake force
理想制动力
1.
It is described in the paper that when the parameter of the original series V vehicle is varied, ideal brake force distribution feature curve (I curve) is used to analyses and optimize different structural parameter Therefore, the brake is designed to meet not only the original design theory but also the requirements of laws and regulation of our countr
叙述了如何利用理想制动力分配特性曲线 ( I线 ) ,在改变 V系列车原车整车参数时 ,分析、优化不同的结构参数 ,使设计的制动性能在符合我国法规要求的同时尽可能符合原车的设计思
3) braking force distribution
制动力分配
1.
New method for braking force distribution of automobile according to ECE regulation;
依ECE法规进行汽车制动力分配新方法
2.
The braking force distribution of CVT hybrid electric vehicle was analyzed,considering effects of the engine braking,the CVT speed ratio and clamping force control,battery quick charging characteristics and generating characteristic of motor with high efficiency during braking,a regenerative braking control strategy for hybrid electric vehicle was proposed.
基于对CVT混合动力汽车制动力分配的分析,综合考虑发动机反拖制动、CVT速比及夹紧力控制、电池快速充电特性与电机高效发电特性对再生制动性能的影响,制订了相应的再生制动控制策略。
3.
Second,based on analysis, this thesis presents the braking force distribution rationality evaluation mathematics model and the braking performance computer simulation mathematics model.
本文首先对轿车制动系统进行了系统的理论分析,详细阐述了制动系设计的要求,制动性能评价,制动调节装置的工作原理,并对海域MB轿车制动系统结构进行了分析;然后,在上述分析的基础上建立了轿车制动力分配合理性评价数学模型和轿车制动系数学模型;以所建数学模型为基础,利用MATLAB编写汽车制动力分配合理性评价与制动性能计算机仿真程序;最后对ABS控制策略进行了研究。
4) brake power proportion device
制动动力分配器
5) brake power proportion value
制动动力分配值
6) brake-force distribution strategy
制动力分配策略
1.
To heighten electric vehicle(EV)recovery energy,a brake-force distribution strategy based on motor brake torque is proposed from the viewpoint of maximum energy recovery,together with the analysis of the vehicle brake dynamics and related regulations.
研究结果表明:采用该策略,电动车可满足制动稳定性和法规的要求;与理想制动力分配策略相比,能充分利用电机制动转矩。
补充资料：制动器制动力分配系数
两轴汽车的前、后制动器制动力的比值一般为固定的常数。通常用前制动器制动力对汽车总制动器制动力之比来表明分配比例，即制动器制动力分配系数。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条