brake drum

Laser processing parameter optimization and application of biomimetic coupling brake drum with high thermal fatigue resistance

抗热疲劳仿生耦合制动毂的激光加工参数

Under given radius and width of the brake drum and thrust of actuating pump, braking performance may be improved by increasing the braking torque of the brake.

在制动鼓半径、制动鼓宽度和制动分泵推力一定的情况下，增大制动器的制动力矩，即可提高制动性能。

The new material brake drum loading by the use of a few years indicates that the service life up to 60000 km.

新材质制动鼓装车经几年使用表明，使用寿命达6万公里以上。

The Application of Industrial Design in Remodelling the Brake Drum Borer

工业设计在制动鼓镗床改型设计中的应用

Different downhill linear, slope and length are the course of the vehicle brake drum temperature changes and have a significant impacting.

分析不同的纵坡线形、坡度和坡长对车辆下坡过程中制动鼓温度变化的显著影响。

The Chemical Component Controlling in the Brake Drum Castings of Santana Car

桑车后制动鼓化学成份的控制

Push the cable gently into the brake drum.

将拉线轻轻地推入制动鼓。

The brake drum is closely sleeved on an electric engine spindle;

刹车鼓紧密的套设在电机主轴上。

The project mainly produces brake drum, hub and other automobile components.

该项目的主要产品是制动鼓 、 轮毂及其它汽车零部件.

Brake drum is a key component and damageable part in motor vehicle brake system.

汽车制动鼓是汽车制动系的基础件和易损件。

Research on Prediction Model of Brake Drum Temperature at Long and Steep Downgrades

长大下坡路段重型车辆刹车毂温度预测模型研究

The Chucking of Turning for Automobile Brake Drum Cover

汽车刹车鼓盖车削夹具

Failure analysis of the low-alloy iron brake drum of automobiles

低合金铸铁汽车制动鼓的失效分析

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；

The emphasesb is put on the testing system of the balancer of automotive brake drum.

研究开发了汽车制动鼓的自动去重平衡系统,实现了不平衡量的测量、自动去重平衡.

If the normal, high-speed friction film and brake drum clearance.

若正常, 可 高速 磨擦片与制动鼓间隙.

Casting of Super-Heavy Truck Brake Drum

特大型汽车制动鼓的铸造

In this paper, composition, microstructure and hardness testing were carried out with the two typical failed automobile brake drum.

对两种典型失效形式的汽车制动鼓化学成分、显微组织和硬度等进行了检验和分析。

Thermal-Structural Coupling Analysis of Brake Drum

制动鼓的热-结构耦合分析

The foundry method of a super-heavy truck brake drum to which there is strict technical requirements was briefly introduced.

简介技术要求极其严格的特大型汽车制动鼓的铸造生产工艺及铸造缺陷的防止措施。

Unbalanced Signal Measuring of Automotive Brake Drum

汽车制动鼓不平衡量的检测

Calculation and analysis of brake drum temperature under forklift truck braking condition

叉车制动时制动鼓温升的计算与分析

Retarders Used to Solve the Problems of the Brake Drum Overheat and Brake Shoes Wearing Fast

加装缓速器以解决制动鼓发烫并延长制动蹄片寿命

The Study of Frictional Surface of Automobile Brake Drum Matel Mair

汽车制动摩擦付金属对偶件表面层的研究

This causes the curved Brake shoes to move into contact with the Brake drum.

这使得圆弧状的制动蹄与制动鼓相接触.

Fracture analysis on shaft head of brake drum for pilot wheel in an automobile

客车导向轮制动鼓轴头断裂分析

But the drum brake also has an adjuster mechanism, emergency brake mechanism and lots of springs.

但是,鼓式制动器也有调节机制, 紧急刹车机制和大量的泉水.

Like the disc brake, the drum brake has two brake shoes and a piston.

如盘式制动器, 鼓式制动器的制动有两个鞋和活塞.

Production of Brake Drum with Improved Properties

高性能刹车鼓的生产

Through analysis on the failure specimen of automobile brake drum the reasons to failure are as follows: ( 1) The hardness and strength of brake drum is not high enough so that grinding trace and crack of axis direction appear.

通过对失效的江淮某汽车制动鼓取样分析，其失效原因：①材料强度、硬度过低，制动鼓出现磨痕台阶和轴向裂纹；