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斜拉式彩板波形拱壳结构承载力研究
引用本文:郭彦林,郑永会. 斜拉式彩板波形拱壳结构承载力研究[J]. 土木工程学报, 1999, 32(5): 35-40
作者姓名:郭彦林  郑永会
作者单位:1. 清华大学
2. 鞍山东方彩板有限公司
基金项目:国家自然科学基金,国家教委优秀年轻教师基金!批准号59678028
摘    要:彩色压型钢板(以下简称彩板)波形拱壳结构在半跨偏载作用下容易发生折曲屈曲破坏,其极限承载力较低。为了提高这种结构在半跨偏载作用下的极限承载力,作者提出了一种斜拉式彩板波形拱壳结构。通过对这种新型斜拉式结构进行有限元内力和稳定分析,重点研究了斜拉杆的纵向有效影响范围,并结合工程实例给出了理论计算结果。

关 键 词:彩板波形拱壳结构  斜拉方案  承载力  纵向有效影响范围
修稿时间:1997-05-29

BEHAVIOR OF ARCH ROOF STRUCTURE WITH CORRUGATED THIN- WALLED SECTION
GUO Yanlin,Zheng Yonghui. BEHAVIOR OF ARCH ROOF STRUCTURE WITH CORRUGATED THIN- WALLED SECTION[J]. China Civil Engineering Journal, 1999, 32(5): 35-40
Authors:GUO Yanlin  Zheng Yonghui
Affiliation:Guo Yanlin (Tsinghua University) Zheng Yonghui (Anshan Oriental Color Plate Ltd)
Abstract:TIs paper Presents the theoretical and experimental investigation of an arch roof structure wb corrugated thin-walled section, which is strengthened by adding tensile ho or tensile cables. It is found from numerical studies that the ultimate load-carrying capacity of the structure wb tensile bars or tensile cables is higher than that without tensile ho or tensile cables by nearly 100% ill the case of a uniformly distributed load on half span. The Iongitudinal spacing of the tensile bars or tensile cables along the structure is determined by finite element method. A numerical computation is completed in the case of an ed roof structure with span of 36 m.
Keywords:arch roof structure with corrugated thin-walled section   tensile bars and cables   ultimate load-carrying capacity   longitudinal effect range
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