低ライズケーブル補強空気膜構造の力学性状に関する実験的研究

概要

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In general, air-supported structures are designed primarily against wind load or snow load which causes the greatest stresses or the large defrections in the enviromental condition. Due to the high flexibility of an air-supported structure, its equiliblium shape and the associated external loading are greatly influenced by the interactions between the structure and the load. In this paper, we describe an experimental research on the structural characteristics of low-profile cablereinforced air-supported structure by using a large-scale model (span 25m). Particularly, 1) experimental results by the uniform load (internal pressure), 2) experimental results in the statical wind load distribution and dynamical behavior of roof defrections, cable-end forces and internal pressure measured in a typhoon, 3) experimental results under some patterns of snow distribution are mentioned.
社団法人日本建築学会の論文
1987-08-30