1.
Research on System Reliability of Speeding-Up Freight Car Pendulum Bogie;
铁路提速货车摆式转向架系统可靠性研究
2.
The general conditions of the characteristics and structure of the new type tilting bogie with wheelset steering device for the283 series tilting express diesel railcar are introduced.
介绍283系摆式特快内燃动车的新型带轮对导向装置的摆式转向架的特征与结构概要。
3.
Dynamics behaviors of high speed tilting car bogie
高速摆式客车转向架及其动力学特性
4.
Determination of Position of Divided Point of Ackerman Steering Linkage with Macpherson Strut for Vehicle
滑柱摆臂式悬架车辆之转向梯形断开点的确定
5.
Design of tilting motor bogies of driving force scattered EMU
动力分散电动车组摆式动力转向架方案设计
6.
The Structure s Optimum Design on the Bogie for Tilting EMU Passenger Car;
摆式电动车组拖车转向架结构优化设计
7.
Researches on Turning Characteristic of Tilting Suspension High-speed Maglev Trains
摆式悬架高速磁悬浮列车转向特性研究
8.
So an accurate and useful method is provided for designing the split Ackerman steering linkage of strut-and-link type suspension.
为滑柱摆臂式悬架转向梯形设计提供了精确实用的方法。
9.
Research on the Bogie of 200km/h Tilting Electric Multiple-Unit and Its Dynamics Behavior;
200km/h摆式电动车组拖车转向架设计及动力学性能研究
10.
bogie mounted motor
转向架架承式电动机
11.
Design of Swing-Boom-Wide Rotary Removable Trough Cover Machine and Analysis of Boom Structure
臂架摆动式全回转高炉前移盖机的设计及其臂架结构分析
12.
An Analysis on Driving System for High Speed Motor Car Bogies with Cardan Shaft
万向轴式动力车转向架驱动系统分析
13.
Adjusting the balance of radial bogie changed from existing C_0-C_0 locomotive bogie
C_0-C_0轴式机车转向架改径向转向架后的配重研究
14.
The research Based on cycloidal automotive steering device of front-wheel steering angle adaptive control function
基于前轮转向角度自适应控制功能的摆线式汽车转向器研究
15.
The Study of the Welding Bogie of the Fast Special Kind Truck;
快速特种货车焊接构架式转向架方案探讨
16.
Performance Comparison between the Side Sill Welding Type Freight Car Bogie Frames with Single Web Plates and Double Web Plates
单、双腹板侧梁焊接式货车转向架构架性能比较
17.
front wheel and rear bogie steer grader
前轮及后平衡架转向式平地机
18.
"Not only must the front wheels move up and down with respect to the car frame (for spring action), But also they must be able to swing at various angles to the car frame for steering."
前轮不仅要相对车架做上下运动(由于弹簧作用),而且在转向时能够相对车架做各种角度的摆动。