该方法不仅可以应用于悬索桥主缆的找形，同样也适用于其它大跨缆索结构的找形和施工控制。
This method can be used in form-finding and construction control on main cables of suspension bridge and other long-span cable structures.
缆索结构系统在外部激励作用下将产生低频谐振，会导致大的振幅而可能有破坏性事故发生，故需要一种有效的方法控制这种振动。
Large amplitudes of cables can be induced by low order frequency harmonic oscillations. Then, some destructive accidents will happen, and some efficient control methods will be needed.
对钢缆索的受力状况进行检测，判断和分析钢缆索的结构健康状况，是工程界至今仍未能很好解决但又亟待解决的问题。
The stress inspection of steel cable, and the judgment and analysis of health status of steel cable is an unresolved but desiderated problem in engineering field.
缆索检测是保证斜拉桥等大型斜拉结构安全的关键。
Cable inspection is the key problem to ensure safety of cable-stayed structures.
斜拉桥是一种古老而又年轻的缆索承重结构。
Cable-stayed bridge is a sort of antiquity again young cable bearing structure.
钢缆索由于具有柔性大、强度高和频率低等突出优点，现已广泛应用在大跨度桥梁和大型建筑结构与牵引机械等领域。
Steel cable has been widely applied to some realms such as bridges with large span, huge building structures and pulling mechanism etc.
斜拉桥是一种古老而又年轻的缆索承重结构。
Cabled-stayed bridge is a kind of bridge with long history and cable load-carrying structure.
重点论述了南环大桥四柱式桥塔结构、缆索体系、全焊接钢加劲梁、环氯沥青桥面铺装等关键技术。
The segment assembling connection is a key procedure during the construction of truss stiffening girder of long span suspension bridge.
重点论述了南环大桥四柱式桥塔结构、缆索体系、全焊接钢加劲梁、环氯沥青桥面铺装等关键技术。
The segment assembling connection is a key procedure during the construction of truss stiffening girder of long span suspension bridge.
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