brake temperature monitoring unit 刹车温度监视组件
BTS Brake Temperature Sensor 刹车温度传感器
BTMU Brake Temperature Monitoring Unit 刹车温度监控组件
BTCM Brake Temperature Compensation Module 刹车温度补偿组件
brake temperature monitoring system 刹车温度监视系统
iniitial brake lining temperature 制动摩擦片初始温度
BTMS Brake Temperature Monitoring System 刹车温度监控系统
brake oil temperature gauge 制动油温度表
The effects of matching materials on the brake temperature of braker were investigated by using the finite element method to simulate the temperature transient process of disc brake.
采用有限元法模拟盘式制动器制动过程瞬态温度场，研究了材料匹配性对制动器温度场的影响。
The improved PSO is then applied to optimal design of disk brake in order to minimize the brake time under the conditions of geometry constrain, intensity constrain and temperature constrain.
应用此方法，以制动时间最短为目标，在几何约束、强度约束、温度约束等条件下，对盘式制动器的主要设计参数进行了优化设计。
Then using GSRS revision model, the brake drum temperature of vehicles with high risk was analyzed for these slope sections.
然后，运用GSRS修正温升模型对危险车型在这些坡段上的制动毂温度进行分析；
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