steering arm

英 [ˈstɪərɪŋ ɑːm] 美 [ˈstɪrɪŋ ɑːrm]

网络  转向臂; 指导小组; 转向节臂; 梯形臂

机械



双语例句

  1. The paper aims at the problems of steering linkage with transition pitman arm of a bus, uses system dynamics software ADAMS to check and find out the problems, and then improves the design.
    针对某款客车带有转向中间臂的转向杆系出现的问题,利用系统动力学分析软件ADAMS进行分析,找出问题并进行设计改进。
  2. Optimization Design of Double Front Axle Steering Swing Arm Mechanism in Heavy-duty Trucks
    重卡双前桥转向摇臂机构的优化设计
  3. Fourth, there are loose steering arm down.
    第四,转向垂臂有松动。
  4. Position optimization of splitting point of ackerman steering linkage of double arm suspension
    汽车双横臂式悬架转向梯形断开点位置优化
  5. Steering arm adjusting screw wrench
    转向臂调节螺钉扳手
  6. Radar Beam Steering Control System Based on Embedded ARM
    基于嵌入式ARM的雷达波控控制系统
  7. Press out track-rod ball joint from steering arm.
    从转向臂压出横拉杆球头。
  8. An Optimal Design of Steering Trapezium Organization for Race Car No.28 Position optimization of splitting point of ackerman steering linkage of double arm suspension
    赛车转向梯形优化设计方法&厦门理工学院28号FSAE赛车转向梯形设计汽车双横臂式悬架转向梯形断开点位置优化
  9. Diverter becomes steering wheel's rotation steering arm's swinging or the rack axis straight reciprocating motion, and to changes the control force to carry on the enlargement the organization.
    转向机的作用是通过方向盘的旋转,改变转向臂的位置或者齿条轴向循环直线的位移,以达到扩大系统控制力的目的。
  10. The tie rod at each end of the rack connects to the steering arm on the spindle.
    齿条一端连着拉杆,拉杆与车轮轴上的转向摇臂相连接。
  11. That respectively does the academic calculation and ADAMS simulation for steering trapezium and pitman arm mechanism, and optimizes the steering characteristics.
    分别就转向梯形机构和转向摇臂机构进行了理论计算和ADAMS仿真,并对转向特性进行了优化。
  12. The authors carried out a fracture failure analysis for a steering knuckle arm, and concluded that the part failure was caused by fatigue.
    对转向节臂断裂失效进行了分析,确认该零件因疲劳而断裂。
  13. Firstly, the optimization design of steering mechanism is done, and design variables are the bottom angle of steering trapezoid and the length of trapezoid arm, and objective function is minimum error between theoretical steering angle and practical steering angle.
    首先以汽车转向时实际转角与理论转角误差最小为优化目标,以转向梯形底角和梯形臂长为设计变量,对转向梯形机构进行了优化设计。
  14. Design about sliding way mechanism of steering arm for power rice transplanter ( 2)
    机动水稻插秧机转臂滑道机构的设计(二)
  15. Fatigue Simulation of Steering Knuckle Arm
    汽车转向节臂疲劳仿真
  16. The structure of steering rocking arm mechanism for new type cross country truck is described. Mathematical model of optimum design for steering rocking arm mechanism is built by space geometry method, and the parameters of steering rocking arm mechanism is optimized by composite method.
    介绍了新型越野车转向摇臂机构的结构组成,用空间几何方法建立了转向摇臂机构优化设计的数学模型,并用复合形法对摇臂机构的参数进行了优化。
  17. Inactivation Analysis on the Shaft of Steering Plumbing Arm of Trucks
    汽车转向垂臂轴的断裂失效分析
  18. Computer Simulation on Casting Process of Steering Arm Component Used in Truck
    汽车转向摇臂铸造工艺计算机数值模拟
  19. Loaded Vibration Test and Simulation for Steering Knuckle Arm
    轿车转向节臂振动加载试验与仿真
  20. The steering trapezoidal mechanism is widely used on vehicles. One of the important problems to be solved is to determine the steering trapezoid arm and the trapezoid angle.
    运输车辆普遍采用转向梯形结构,正确选择转向梯形臂m和梯形角r两个变量是设计转向梯形机构需要解决的问题。
  21. A worn steering knuckle arm on a motor vehicle may cause heavier steering operation, the reasons are studied in this paper according to the steering trapezium principle.
    根据转向梯形机构的工作原理,分析了已磨损的转向节臂导致转向沉重的原因。
  22. Realization of H-Infinity Controller in Four-Wheel Steering Vehicle Using ARM Processor
    基于ARM处理器的汽车四轮转向H∞控制器的实现
  23. Secondly, steering angle error and steering time are measured when the bottom angle and steering arm length of steering mechanism are varied.
    其次,分析了机构底角和转向臂长度两个变量对汽车转向轮转角误差及转向时间的影响。
  24. Then, recommend various kinds of suspensions used commonly and parameters of them, and design dual longitudinal arm with tortile spring suspension, steering system and rear longitudinal arm suspension model at the same time.
    随后,介绍了常用的各种悬架及其各个方面的参数要求,并设计了双纵臂扭杆弹簧前悬架、转向系统及后纵臂悬架模型。
  25. Optimum Design for Steering Rocking Arm Mechanism of a New Type Cross-country Truck
    新型越野车转向摇臂机构的优化设计液压摇摆式机械手
  26. The developed grinder is used to grind the steering gear, fan-shaped gear arm shaft, and convex and concave circular arc surfaces for aero-engine vanes.
    利用该磨床对转向齿、扇形齿摆臂轴、叶片圆弧叶冠的凸凹圆弧面进行试磨。
  27. Set the scope of change within the pivot shift lever, shift rod outside the fulcrum, the connection point under the steering knuckle arm and lower arm coordinate frame connection points, using ADAMS/ Insight to optimization model.
    设定转向拉杆内支点、转向拉杆外支点、下摆臂转向节连接点、下摆臂车架连接点等坐标值得变动范围,利用ADAMS/Insight对模型进行优化。
  28. Automotive steering knuckle arm is one of the safety parts, which to achieve load and guidance functions in the car is running. Their work more complex operating environment, the use of security and reliability requirements can be very high.
    汽车弯臂零件是汽车的保全件之一,在汽车运行中实现承载、导向功能,其工作运行环境比较复杂,使用的安全可靠性能要求也非常高。
  29. A certain type of recirculating ball steering gear in the use of the process had many cases of unilateral heavy failure, through the customer service feedback, the back check analysis found that the steering arm shaft of teeth from the root fracture.
    某型号循环球转向器在使用过程中,通过售后反馈的信息来看,发生了多起单边沉重失效,经返检分析发现转向臂轴中齿从根部断裂。
  30. Using finite element simulation software, established a three-dimensional coupled thermo-mechanical model and taken the finite element simulation for multi-pass forging process of steering knuckle arm.
    利用有限元模拟软件,对弯臂锻件多道次锻造成形建立了三维热力耦合有限元模型,并进行了有限元模拟分析。