1) lateral contact
横向接触
2) side sloping interface
横向倾斜接触表面
1.
The constraint relationship between velocity components of nodal points on the side sloping interface is discussed.
利用刚塑性有限元方法分析异型扁坯的轧制成型过程 ,首次阐明了横向倾斜接触表面上节点速度分量之间的约束关系 ,得出异型扁坯宽展、筋高充满度的变化规律 ,其结果与实测值相吻合 ,并求得变形区内部的变形
3) horizontal welding
横向焊接
1.
To solve this problem the authors propose a new welding process called electromagnetically controlled horizontal welding process and discuss its theory.
横向焊接时由于熔化金属重力的作用,会引起熔池金属下淌,从而产生咬边以及焊瘤等焊接缺陷。
2.
The manufacture of ships often encounters problems in the horizontal welding because the liquid molten metal is sagged by its gravity.
船舶制造中通常会遇到横向焊接,在横向焊接中由于熔化金属受重力作用向下流动,使焊缝厚度不均匀。
3.
Rotating arc horizontal GMAW can solve the dripping of the molten pool in the horizontal welding.
旋转电弧横向GMAW可以很好地控制横向焊接时熔池下塌。
4) transverse connection
横向连接
1.
Exampled with the Fenhonghe Bridge, different methods of transverse connection were compared and the structural performances were analyzed.
桥梁一体化横向连接是公路桥梁拓宽工程中的新型方法,不同的横向连接加宽方法对桥梁的性能影响不同。
2.
Through the structure calculation for all kinds of transverse connection of T beams and the compare and analysis of the data actually measured by static load tests, it shows that the transverse connection of T beams and subsidiary facilities affect the influence line value of transvers distribution.
通过对 T梁不同类型的横向连接的结构验算和相应静载试验的实测数据的比较和分析 ,初步得出 T梁桥的横向连接及附属设施等对横向分布影响线值有影响 ,建议对横隔梁进行重点考虑。
3.
Under car loads,different methods of transverse connection were compared,and the structure performances such as longitudinal stress and transverse stress were analyzed.
分析了当横向拓宽分别采用刚性连接(刚接)和铰接时,在汽车荷载作用下旧桥的纵、横向应力的变化,得出刚接比铰接能提供更大的横向连接刚度,铰接的应力分布较均匀,整体应力水平较刚性连接低的结果。
5) transverse linking
横向拼接
1.
The difficulties of transverse linking, shrinkage & creep difference of concrete in different ages and settlement difference are three main problems in bridge widening.
本文针对桥梁拓宽中普遍存在的三个难点(横向拼接方式、混凝土收缩徐变的龄期差、基础沉降差)开展研究,完成以下工作: (1)总结桥梁拓宽的横向拼接方式,各种桥型常用的上下构拓宽方法,为桥梁拓宽设计提供参考。
6) cross connection
横向联接
补充资料：横向动量
见多重产生。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条