brake load

英 [breɪk ləʊd] 美 [breɪk loʊd]

网络  制动负载; 制动负荷; 制动荷载; 刹车力; 制动负荷,闸荷载; 制动载荷

化学



双语例句

  1. Simulation of the3D transient temperature field of aircraft brake for single load case can not provide complete description.
    针对单一工况的飞机刹车盘三维瞬态温度场仿真不能全面描述温度场在其他工况下的热特性。
  2. The water cooling system ensures that the heat generated by the brake can be dissipated under maximum load.
    水冷却系统保证最大负荷下携带走制动时所产生的热量。
  3. Dynamic Analysis of Drive Axle Housing in Sudden Brake Load Case
    汽车后驱动桥桥壳的急刹车时程分析
  4. The operation mechanism of the brake matching with the two step, multi step or stepless empty and load brake equipment is analyzed.
    分析了制动机与二级、多级或无级空重车调整装置相配时的工作机理。
  5. The key problem of design of inertia brake test rigs is the simulation of inertia load.
    惯性制动器试验台设计的关键问题是惯性负载的模拟。
  6. To study the distribution and dissipation of braking power of wet multidisc brake and determine thermal load and thermal flux distribution between mated discs, the concept of distributing brake power four times was put forward.
    研究湿式多片制动器制动过程制动能的分配和耗散,确定制动器的热负荷及摩擦偶件间热流分布的状况。
  7. It is discusses here, how to control the rotating torque of the magnetic brake, as the load on micromotor tested by microcomputer.
    介绍微电机微型计算机测试中如何控制作为负载的磁粉离合器的转矩问题。
  8. The brake beam ( connecting plate) is often broken, and the bolts for fixing the connecting plate are loosed due to the crane ′ s dynamic load when D series of crane beams are working in a steel plant.
    某钢厂列吊车梁在工作中,由于吊车工作的动态作用,导致制动梁(连接板)经常发生断裂,固定连接板的螺栓松动。
  9. In accordance with axle load and speed and average deceleration on the basis of stopping brake energy and average axle braking power, it is calculated and compared braking heat load of different railway cars.
    文中根据轴重、速度和紧急制动能力(减速度),对不同客货车辆的制动热负荷从停车制动能量和平均轴制动功率两方面进行了计算比较。
  10. Several case studies on different braking performance have been carried out using the parametric model. Some relations between the vehicle brake initial velocity, ground friction coefficient, load and the vehicle brake time, brake stability are analyzed.
    对建立的多体动力学模型进行了多种制动工况的仿真计算,分析了车辆制动初速度、地面附着系数、载荷和车辆制动时间、制动稳定性之间的关系。
  11. Development of braking system on freight cars and the present condition of operation in China are expounded from the air brake rigging including brake, empty and load brake equipment and automatic brake regulator.
    从空气制动装置中的制动机、空重车调整装置、闸瓦间隙自动调整器等几个方面阐述了我国货车制动系统的发展情况及运用现状。
  12. In this paper, according to the two freedom degrees of differential gear, we find a new kind of gearing by installing magnetic powder brake on sun gear. With the help of this gearing, the drive and load problems of large belt conveyor can be solved.
    本文根据差动轮系自由度等于2的特点,在太阳轮上安装磁粉制动器,从而得到了一种新型的传动装置,可以解决大型带式输送机的驱动和负载起动问题。
  13. By using proper speed feedback in excited circuit of electromagnetic brake, its mechanical characteristics are improved to be constant speed approximately at load point, and it can be used in testing the mechanical characteristics of asynchronous motors stably.
    系统采用转速反馈控制改善磁粉制动器的负载特性,在负载点形成近似恒转速特性,满足稳定测试的条件,实现异步电动机机械特性的稳定测试。
  14. Auxiliary brake system is widely used in buses It can keep the speed stable sliding, lighten or remove the load of the main brake system when a bus going down a long slope road So, it can notably improve the bus safety greatly
    辅助制动系统广泛使用于客车上,它可使客车下长坡时保持稳定车速,并减轻或解除行车制动系的负荷,大大提高客车行驶的安全性
  15. In order to meet the multi-function and versatile requirements of a new general type, a proportional-tuning pneumatic-hydraulic brake system functioned as imitated load is developed, a corresponding intelligent controller is also designed for it.
    为适应某新型综合测试设备具备多功能和通用性的要求,研制了一种气&液比例控制刹车系统作为模拟负载,并为之设计了智能控制器。
  16. The design scheme of the 160 km/ h freight car braking system is expounded from the aspects of brake, empty and load brake equipment and foundation brake rigging, etc.
    从制动机、空重车调整装置、基础制动装置等几个方面阐述了160km/h货车制动系统的设计方案。
  17. Control software is written in C language. The semi-physical simulation system is setup to test the software. After that, the brake control system, the position control system, the load control system and the energy control system are combined together and inspected.
    用C语言编制控制软件,为了验证控制软件的正确性,建立了半物理仿真系统,对刹车控制系统、位置控制系统、载荷控制系统、能量控制系统进行了连接和检验。
  18. Power Brake Falling Load and Speed Regulation
    单纯用动力制动下放位能负载及其调速
  19. At the same time, with another software which can calculate and analyze the brake system, the braking process is analyzed in different velocity and load.
    同时,根据汽车制动理论研究,运用汽车制动系统的设计计算与分析软件,对NJ2046越野汽车在不同车速和载荷下的制动过程进行了仿真分析。
  20. The brake rims on drilling rig drawworks are subjected to heat load during string lowering and will end in thermal fatigue failure.
    石油钻机绞车刹车鼓在下钻过程中,由于热负荷的作用会发生热疲劳破坏。
  21. The simulation of Anti-Lock Brake system ( ABS) is to build vehicle dynamics simulation model and load in Anti-Lock Brake controller model to observe the difference of different control strategies in different conditions.
    防抱制动系统(ABS)仿真的目的是建立汽车动力学仿真模型,并在此模型上加载防抱制动控制器模型,以观察不同控制策略在不同工况条件下的控制效果。
  22. For both applications, the magnetic powder brake designed as a load in PMSM performance test systems.
    针对这两种应用,用磁粉制动器作为负载设计制作了交流永磁同步电动机性能测试系统。
  23. At present, dynamic analysis of tower crane most focus on the start and brake process of lifting mechanism; the calculation method in design specifications and theoretical lifting load coefficient in all states are also aim at lifting process.
    目前,国内外对塔式起重机的动态分析多集中于起升机构的起动与制动过程的动态研究,各国设计规范中的计算方法与理论中的有关动载系数亦是针对起升过程而言。
  24. In order to make the brake ability of each tire being used more sufficiently, the brake force of each tire was designed to be proportional to normal load.
    研究了直道上与弯道上的制动力分配策略,为了使各个车轮的制动能力都能得到充分发挥,使各个车轮的制动力与车轮的垂直载荷成正比。
  25. Curved brake, different from straight line brake, will cause vehicle oversteer or understeer even spin for the reason of load transferred.
    不同于直线制动,车辆在弯道制动时由于垂直载荷的转移,可能会使车辆出现转向过度或转向不足甚至激转的危险工况。
  26. For the frequently start, brake, reverse, and dramatically change of external load, and much more shock and vibration for the mechanism, thus, the hydraulic system had to meet higher request.
    机构经常起动、制动、换向、外负载变化很大、冲击和振动多,对液压系统要求高。
  27. Based on diesel engine friction and wear test rig, the paper selected a electromagnetic loading device-magnetic powder brake for radial load of diesel engine output shaft by analyzing a variety of advantages and disadvantages of the mechanical loading device.
    本文依据柴油机摩擦磨损试验台,通过分析比较各种机械加载装置的优缺点,选取了磁粉制动器这一加载装置来对柴油机输出轴实现径向加载。
  28. For the large station structures of bridge-building, trains pass in and out station is actual familiar work condition. Brake force and startup force also cause the vibration of bridge structure besides vertical load when trains pass in and out station.
    而对于站桥合一的大型车站结构,列车进出站为实际常见工况,进出站时列车除受竖向荷载作用外,制动力和起动力也同时引起桥梁结构的振动。
  29. Muzzle brake is an important muzzle device which can decrease the recoil energy greatly and then reduce design load of gun rack.
    炮口制退器是重要的炮口装置之一,可以大幅度减小后坐动能,进而减小炮架的设计负荷。