src skew beam src斜梁
skew beam bridge 斜梁桥
Timoshenko skew beam Timoshenko斜梁
a skew beam 斜交梁
skew-beam bridge 斜交桥梁
continuous skew beam 连续斜梁桥
Experiment showes that the skew beam has the mechanical characteristic of coupling of bending and torsion. The skew beam has little influence on bottom slab and lateral slab.
试验表明斜梁具有弯扭耦合的力学特性，主梁的斜向布置对侧壁和底板的影响较小。
参考来源 - 斜梁式浅埋箱形卸煤沟模型试验研究及简化计算·2,447,543篇论文数据，部分数据来源于NoteExpress
It transformed the mechanic problem from the continuous skew beam bridge into the continuous straight beam bridge.
它把一个连续斜梁桥的力学问题转化为连续正梁桥的力学问题。
A calculating model which can determine directly the load transverse distribution factors of simple supported skew beam Bridges is established.
建立了直接确定简支斜梁桥荷载横向分布系数的计算模型。
For the beam transport system in storage ring, linear coupling is mainly caused by skew quadrupole and longitudinal solenoid field.
在储存环的束流传输系统中，斜四极场和纵向螺线管场是引起束流线性耦合的主要原因。
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