52词语>英语词典>brake drum翻译和用法

brake drum

英 [breɪk drʌm]

美 [breɪk drʌm]

制动鼓

机械

英英释义

noun

  • a hollow cast-iron cylinder attached to the wheel that forms part of the brakes
      Synonym:drum

    双语例句

    • 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。
    • One Brake drags. This means that the Brake shoes are not moving away from the Brake drum when the Brakes are released.
      一边制动器咬死:这意味着解除制动时,制动蹄片不能从制动鼓上分开。
    • 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。
    • Machining precisions of axles and holes correlating with the space position of brake drum's positioning dowel on the trailing arm are the main factors determining the rear wheel alignment parameters.
      决定后轮定位参数的主要是与纵摆臂中制动鼓定位销轴空间有关的轴和孔的加工精度。
    • A test instrument for static balancing of automotive brake drum, which is handy in operation and of high testing accuracy, has been successfully developed based on mechanical static balancing principle, by means of sensor technology, microcomputer interface technology, computing technique and integrated electromechanical design.
      根据力学静平衡原理,采用传感器技术、微机接口技术、计算技术和机电一体化设计,研制成功了汽车制动鼓静平衡测试仪。该测试仪使用灵活、测试精度高。
    • If not a flat, should check the brake pedal free trip or brake drum brake friction clearance.
      如果没有一个平稳的,应检查刹车踏板免费旅行或刹车片摩擦制动鼓间隙。
    • The lining on the brake shoes that comes in contact with the brake drum.
      与制动鼓相连的闸皮上的衬套。
    • 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。
    • 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
    • Heat transfer, structural and coupling analysis are completed to illustrate the influence of the distribution of temperature, the deformation and the thermal stress of the brake drum in different cooling fins and under various loads.
      通过对制动鼓模型的热分析、结构分析和热应力耦合分析说明了加筋方式对制动鼓的温度分布、变形及热应力的影响。