1.
Development of Flexible Machining Line for Dongfanghong Crawer Rear-axle Housing
东方红履带拖拉机后桥壳体柔性化加工线的研制
2.
Developing of Rear Bridge Transmission Case Sieries
北汽福田后桥变速箱壳体系列产品开发
3.
end turning and centering machine for rear axle house
后桥壳车端面打中心
4.
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
5.
Producing Motor Rear Axle Housing with as cast Ferrite Nodular Iron Which is Melted in Cupola Furnace
冲天炉熔炼生产铸态球铁汽车后桥壳
6.
Numerical Simulation of Hydroforming Process for Automobile Rear Axle Housing;
汽车后桥壳液压胀形工艺的数值模拟
7.
An Analysis and Improvement of Rear Axle Case Fracture in N300 Vehicle
N300型客车后桥壳断裂的分析和改进
8.
"The differential is part of the rear-axle-housing assembly, which includes the differential, rear axles, wheels, andbearings."
差速器是后桥壳总成的一个部件,后桥壳总成包括差速器、后桥、车轮和轴承。
9.
The Improvement of Processing Craft for Punched Rear Axle Housing for 153 Heavy Duty Truck
冲焊式153载重汽车驱动后桥壳加工工艺的改进
10.
Study on Positive-negative Forming Theory of Revolving Shell and Bulging Technology of Aotomobile Axle Housings;
回转壳体正负成形理论及汽车桥壳胀形工艺的研究
11.
Study of Simulation Technology for Analysis, Verification and Test of Strength of Body of Automobile Axle Housing
汽车桥壳壳体强度分析、校核及试验仿真技术研究
12.
Analysis of the Weld Connecting Drive Hull and Drive End Bearing of Wheel Loader
浅析装载机桥壳体与轮边支承轴的焊接
13.
Cooling Formation Craft and Mould Design of a Certain Heavy Car's Half Shell of the Car Bridge
某重型车桥半壳体冷成形工艺及模具设计
14.
Free vibration analysis of box-girder bridges using incompatible degenerated solid shell element
箱梁桥自振分析的非协调实体退化壳元法
15.
They are attached between the rear-axle housing and the car frame and permit upward or downward movement of the axle housing with respect to the car frame. They prevent side movement or forward and Backward movement.
它们安装在车桥和车架之间,并允许后桥壳相对于车架上下运动,防止向一侧或向前、向后的运动。
16.
Research on Simulation and Experiment of the Hydroforming for Rear Axle Housing of Light Vehicle;
轻型车后桥壳液压胀形的有限元分析与试验研究
17.
Analysis and Improvement of Rear Axle Housing Fatigue Life Based on Vehicle Dynamics Simulation
基于整车动力学仿真的后桥壳疲劳寿命分析与改进
18.
The Drive Route and Optimization Plan of 6×2 Linked Rear Axle
6×2联体后桥的传动路线及优化方案