Optimum analysis technique for wind-induced vibration control of high-rise buildings is an important yet unsolved problem in structure wind engineering.
高层结构风振控制的优化分析技术是结构风工程中一个至今尚未得到合理有效解决的重要问题之一。
Wind characteristics of mountain district are very special and complex, and it becomes an emerging point of departure in the structure wind engineering.
由于山区地形、地貌情况变化剧烈，使得风场分布非常复杂。
Compared with the traditional methods of structure wind engineering, CFD has obvious predominance, yet which has many problems in practice because of its imperfectness.
相比传统的结构风工程研究方法，CFD方法具有明显的优势，又因其不完全成熟，CFD的应用也有很多难点问题。
In structure design and engineering field, the research on wind load is important.
在结构设计和工程领域，对于风荷载的研究十分重要。
In the engineering background, the new tower of Beijing Airport is chosen. The wind resist property of the tall and slender structure is researched on under wind load.
本文以北京机场新塔台为工程背景，对高耸塔台结构在风荷载作用下的抗风性能进行研究。
In the engineering background, the new tower of Beijing Airport is chosen. The wind resist property of the tall and slender structure is researched on under wind load.
本文以北京机场新塔台为工程背景，对高耸塔台结构在风荷载作用下的抗风性能进行研究。
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