car axle

英 [kɑː(r) ˈæksl] 美 [kɑːr ˈæksl]

车轴

化学



双语例句

  1. Reason for Mine Car Axle's Break and Countermeasures I unloaded the car when I got home from the shops.
    底卸式矿车轴频繁断裂的原因及轴卡的改进我从商店到家后就开始卸车上的货。
  2. Research on Modelling and Simulation of the Parking Car Axle Slant Angle Based on the Tire Outline Identification
    基于胎廓识别的车轴摆放偏斜角的建模与仿真研究
  3. The car's axle snapped short.
    汽车的轮轴突然完全折断了。
  4. The mechanic greased the car's axle.
    机械工给汽车轴上了润滑油。
  5. Tapered Roller Bearing Units for High Speed Power Car Axle Box
    高速动力车轴箱用圆锥滚子轴承单元
  6. Several Points for Consideration in Development of Freight Car Wheels with Heavy Axle Load in Our Country
    我国大轴重货车车轮开发的几点思考
  7. Through the analysis of causes to defects in wheels with speed increase and heavy haul, the technical keys in development of freight car wheels with heavy axle load in our country are given.
    通过对提速重载条件下车轮产生缺陷的原因分析,提出了我国大轴重货车车轮开发的技术关键所在。
  8. By applying the theory of reliability to the analysis of the life distribution and operating cost of car axle, the model of economical policy decision about repair cycle of car axle is set up.
    通过对车轴寿命分布及其运用成本的分析,运用可靠性理论建立了车轴检修周期经济决策模型。
  9. Wire feeding in the teeming ladle for car axle steel
    喂线技术在转炉冶炼车轴坯钢中的应用
  10. Increase of Freight Car Axle Load Automation Research of Weighbridge Banisters
    增加货车轴重地磅道闸的自动化研究
  11. Framework-oil seal design and manufacture of oil die for car rear axle
    轿车后桥半轴骨架油封模具设计与制造
  12. The Study on Economical Policy Decision about Repair Cycle of Car Axle
    车轴检修周期经济决策研究
  13. Process planning of the car rear axle in modular machine tool
    汽车后桥在组合机床上加工的工艺方案
  14. Technological Analysis on the Car Rear Axle and Its Solutions
    汽车后桥壳工艺分析及解决方案
  15. Rig Test and Digital Simulation of Durability of Car Rear Axle
    轿车后桥耐久性数值仿真和试验研究
  16. Analysis on Slave-Steer of the Car Rear-Axle
    轿车后桥的随动转向分析
  17. A Study of Secondary Steelmaking for Desulphurization of Car Axle Steel
    车轴钢炉外精炼脱硫的研究
  18. Study on Road Simulation of Car's Rear Axle Using Force Signal as Control Channel
    基于力控制的轿车后桥道路模拟试验研究
  19. Increase of Freight Car Axle Load Development of Aircraft-towing Tractors
    增加货车轴重飞机牵引车技术的发展
  20. Firstly the scheme of test rig is brought forward, considering the influence of wheel axle load discrepancy on vehicle dynamics performance and braking performance is more serious with the freight car increasing speed and axle load, the test for wheel axle load is designed.
    论文首先进行了试验台总体方案设计,考虑到随着货车提速和轴重的增大,货车轮轴重偏差对车辆动力学性能和制动性能的影响更会加剧,因此试验台设计了轮轴重测试及调簧功能。
  21. Study on the service life and operational safety of passenger and freight car axle
    对客、货车的车轴寿命和运用安全性的研究
  22. In order to follow the development of the rail way transport into high-speed and heavy load, it is necessary to reduce Si in car axle steel and to decrease inclusions for cleaning it.
    为适应铁路运输向高速重载发展,车轴钢必须降低硫含量,减少钢中夹杂物以净化钢质。
  23. Study on the car axle unhealthy conditions for DF_ ( 4,8) locomotive
    对DF(4、8)型机车车轴不良状态的研究
  24. Through the analysis of changing of application conditions, the fundamental orientation of development of freight car wheels with heavy axle load in our country is put forward;
    通过对使用条件变化的分析,提出了我国大轴重货车车轮开发的基本方向;
  25. Fatigue stress calculation of freight car axle under random loads
    随机载荷作用下货车车轴的疲劳应力计算
  26. In this paper, using loading spectra of force acquired in proving ground by wheel force transducer as control signal, road simulation of a car's rear axle is proceeded on MTS 8 channel road simulator.
    以测量轮实测试验场道路力载荷谱作为迭代控制信号,在MTS八通道试验台上对某轿车后桥进行了道路模拟试验。
  27. Therefor, the disassembling inspection period for lubricating grease on electric motor car axle bearings can be prolonged to 600 000 km.
    因此,电动车车轴轴承润滑脂的解体检查周期可以延长至60万km。
  28. Therefore, it is urgent to develop the freight car wheels with heavy axle load.
    所以大轴重货车的研制开发工作日显重要。
  29. However, highway distress, particularly in silt areas, keeps cropping up due to increasing traffic volume and car axle load as well as problems concerning road design and construction. It is widely proved that effective compaction of subgrade helps enlarge road service life.
    但是由于交通量和汽车轴重的增加以及施工设计等原因公路病害层出不穷,尤其是在粉土地区。大量实践证明,对路基进行有效的压实,是提高公路使用寿命的有效手段。