Wind loading is a key consideration in the structural design of large span structures. Sometimes it is more important than earthquake loading, especially for large flexible structures.
对大跨度空间结构而言，风荷载是结构设计中的主要荷载之一，尤其是对柔性大跨度结构体系，它比地震荷载显得更重要。
The Hutiaomen bridge on Guangzhou-Zhuhai Railway is a continuous rigid-frame and flexible arch bridge with span arrangement for the main bridge being (120 + 248 + 120) m.
广珠铁路虎跳门特大桥为连续刚构-柔性拱桥，主桥跨度布置为(120 + 248 + 120)m。
The practice proves that it needs to be further discussed that the flexible suspenders of a large-span half through bridge are designed as axial tension members.
实践证明，大跨中承式拱桥柔性吊杆按照轴心受拉杆件进行设计的方法有待商榷。
For flexible large span steel structures, the investigation of the deformation and stress in construction process can not be neglected.
对于大型复杂钢结构需要研究施工时结构的变形和内力变化。
The wind load has recently become a major concern in wind-resistant design of long-span roof structures due to their characteristics: light, flexible, lightly damped, low natural frequency and so on.
风流经过大跨屋面时，由于气流分离在屋面的大部分区域产生强大的吸力，并引起柔性屋面结构的振动，因此大跨屋面结构抗风设计需考虑风振响应和风振系数。
Suspension bridge as a long span, flexible structure, because of its sensitivity to wind, the stability under wind has become a key factor in design and construction.
悬索桥作为一种大跨径柔性结构，由于其对风作用的敏感性，抗风稳定性已经成为影响悬索桥设计施工的关键控制因素。
In some cases of wind hazard, a large proportion of the wind-caused damage of low-rise building and long-span flexible roof is due to the exter-inter wind pressure combined action.
在国内外风灾中，低层房屋及大跨度柔性屋盖的风致破坏在很大程度上都是由内、外压联合作用引起的。
Long-span transmission tower is a high flexible structure, it is sensible to dynamic load, especially to wind, which would easily generate significant dynamic response.
由于大跨越输电塔是一种高耸柔性结构，对风荷载等动荷载比较敏感，易产生较大的动力响应。
Due to their features of large span, being flexible and lightweight materials, wind loads become one of the main loads for structural design.
其跨度大、结构柔、材料轻等特点，使风荷载成为结构设计的主要荷载之一。
It is necessary to study the structural vibration induced by crowd excitation and the human comfort in flexible and long-span structures.
大跨轻柔结构需要考虑人群行走激励下的结构振动响应以及人体的舒适度。
It is necessary to study the structural vibration induced by crowd excitation and the human comfort in flexible and long-span structures.
大跨轻柔结构需要考虑人群行走激励下的结构振动响应以及人体的舒适度。
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