1.
CAE simulating analysis of casting steering bridge's structure in forklift truck
叉车铸造转向桥体的CAE仿真分析
2.
Finite Element Analysis of Forklift Steering-Bridge and Research on Design of Counterweight;
叉车转向桥体有限元分析与平衡重体的设计研究
3.
Installation Technology for Vertical Shift Suspended Wagon at Ganxigou Extra Large Bridge
干溪沟特大桥竖向转体挂篮安装技术
4.
Reinforcement calculation of deviators of external pre-stressed bridges
体外预应力桥梁转向装置配筋设计方法简析
5.
Structure Analysis and Reinforcement Calculation of Deviator for External Prestressing Bridge
体外预应力桥梁转向块构造分析及配筋设计
6.
Finite Element Analysis to Deviator and Design of Continuous Rigid Frame Bridge Strengthened by External Prestressing;
体外预应力加固连续刚构桥设计及转向块有限元分析
7.
Conversion of Reasonable Construction System for Continuous Beam Turned from Simple Beam
简支转连续梁桥的合理施工体系转换
8.
Follow this road until you get to the bridge,then turn left.
沿着这条路走到桥头，再向左转弯。
9.
The Rectifications of Meanings of Zhouyi:A bridge of transformation from ontology of non-existence to that of Qi;
《周易正义》:“无本论”向“气本论”转化的桥梁
10.
Development and Application of the Finite Element Analysis Program for Forklift Steering Bridge;
叉车转向桥有限元软件的开发与应用
11.
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
12.
Model and dynamic simulation analysis of double front axles steering system
双前桥转向系统建模与动态仿真分析
13.
Proceed ahead one long block to Cheng Jia Qiao Road and turn right.
沿着虹梅路向前开（这段路较长）到程家桥路，向左转上程家桥路。
14.
Reliability analysis on effects of arch bridge construction twist closure error to the entire bridge
转体施工拱桥合龙误差对全桥影响可靠度分析
15.
Swivel bridges have common character, that is to assemble half bridges on land and then to swivel two half-bridges to unite them into one structure.
转体桥是以陆上拼装制作半桥、旋转合龙形成主桥为特点的一类桥梁的总称。
16.
Research on the Turning Traits of Three-axles Semi-trailer and the Structure Principles of Self-steering Axle
三轴半挂车转向协调性及随动转向桥结构原理研究
17.
The Mechanical Analysis of T Girder in Structure System Transform;
T梁桥在结构体系转换中的力学分析
18.
Research on Mechanical Properties of Suifenhe Cable-stayed Bridge under Level Rotation;
绥芬河斜拉桥水平转体阶段受力研究