The relationship between frequency and prestress, ratio of rise to span of tensioned cable and membrane structure are also studied.
系统分析了索膜结构自振特性与预应力、矢跨比、索初始应力等的关系。
Dynamic response analysis of tensioned cable and membrane structure is one of difficulties of structure design because of its tensioned-only, large deformation and small strain property.
由于膜材只能受拉不能受压以及大变形小应变的特点，其设计中动力响应分析是难点之一。
For its beautiful architectural shape and good bearing system, Tensioned cable and membrane structure is getting more and more favor of architect and probably have a broadening application.
索膜结构以其优美的建筑造型和良好的受力体系受到建筑师的青睐，其应用也将越来越广泛。
Using these formulas and their computer program, membrane structure with cables, cable boundaries or fixed boundaries can be analyzed.
利用本文方法和编制的程序可分析具有谷索、脊索、索边界及固定边界的组合膜结构。
So the cooperative form-finding analysis of the Tensile membrane Structure is necessary, and it can relatively truly response the mutual function of the cable-pole and membrane.
因此张拉整体膜结构的协同找形分析是必要的，更能真实的反映索杆结构和薄膜结构之间的相互作用。
Therefore, the loading cooperative analysis of the Cable-Strut-Membrane structure is necessary, and it can relatively truly response the mechanical performance of structure.
因此，索杆膜协同荷载分析是有必要的，能较真实反应结构承载性能。
Considering wind-structure interaction, cable-membrane structure buffeting analysis under horizontal and vertical wind has been carried out in this study.
考虑风与膜结构的耦合作用，研究索膜结构在顺风向和垂直向风作用下的抖振响应规律及特性。
At present, certain achievement of the research in the theory and practice to the Cable-Strut-Membrane Structure has made both at home and abroad.
目前，国内外对索杆膜结构的研究在理论和实践均取得了一定的成果。
The mixed structure with cable-truss-beam-membrane is the structure system assembled by cable, truss, beam and membrane.
所谓索杆梁膜混合结构指的是由拉索、压杆和梁柱支撑与张拉膜共同组成的受力体系。
The mixed structure with cable-truss-beam-membrane is the structure system assembled by cable, truss, beam and membrane.
所谓索杆梁膜混合结构指的是由拉索、压杆和梁柱支撑与张拉膜共同组成的受力体系。
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