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Asymmetric cable-membrane tensegrity structure of opening type, method of constructing the same and method of designing the same

机译:开口型非对称索膜张紧结构,其构造方法和设计方法

摘要

A cable-membrane tensegrity structure which is asymmetric, and construction method and design method thereof are provided. The cable-membrane tensegrity structure comprises a central opening and is formed by a ring cable (4) and three layers of radial cables comprising a suspension cable (1), a ridge cable (2) and a valley cable (3), wherein the suspension cable (1) is located above the ridge cable (2), the ridge cable (2) is located above the valley cable (3), wherein one end of each of the suspension cable (1), the ridge cable (2) and the valley cable (3) is connected to the ring cable (4), and the other end of each of the suspension cable (1), the ridge cable (2) and the valley cable (3) is connected to a peripheral supporting structure (7), wherein a coating membrane (5) is tensioned between the ridge cable (2) and the valley cable (3) that are adjacent to each other and function as a skeleton to tension the coating membrane (5). The method of constructing the cable-membrane tensegrity structure comprises steps of: lifting step by step the suspension cable (1), the ridge cable (2) and the valley cable (3) to positions adjacent to respective cable anchor nodes by a traction device, based on a shape of formed cable-membrane tensegrity structure; and tensioning and anchoring synchronously the suspension cable (1), the ridge cable (2) and the valley cable (3) in place by a tensioning device, so as to achieve a final shape of the cable-membrane tensegrity structure. A multi-stage design method, based on the bearing whole-process, of a cable-membrane tensegrity structure of an opening type is also provided.
机译:提供一种不对称的索膜张紧结构及其施工方法和设计方法。电缆膜张力结构包括一个中心开口,由环形电缆( 4 )和三层径向电缆组成,包括悬挂电缆( 1 ),一个脊缆线( 2 )和谷底缆线( 3 ),其中悬挂缆线( 1 )位于脊缆线( 2 ),则脊形电缆( 2 )位于谷形电缆( 3 )上方,其中每根悬挂电缆( 1 ),脊形电缆( 2 )和谷形电缆( 3 )连接到环形电缆( 4 ) ,而悬索( 1 ),山脊电缆( 2 )和谷底电缆( 3 )的另一端分别为连接到外围支撑结构( 7 ),其中涂膜( 5 )在山脊电缆( 2 )和谷之间张紧电缆( 3 )彼此相邻,并充当骨架来拉紧涂膜( 5 )。构造电缆膜张力结构的方法包括以下步骤:逐步提升悬索( 1 ),山脊索( 2 )和谷索( 3 ),根据形成的电缆膜张力结构的形状,通过牵引装置将其定位到与各个电缆锚节点相邻的位置;并通过一个张紧装置,以达到最终形状的电缆膜张紧结构。还提供了一种基于轴承全过程的开口型索膜张紧结构的多阶段设计方法。

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