首页|中美欧通讯杆塔标准中风荷载设计的对比研究

中美欧通讯杆塔标准中风荷载设计的对比研究

Comparative Analysis of Wind Load Specifications for Communication Towers in Chinese,American,and European Standards

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5G建设对通讯杆塔的承载提出更高要求,风载荷是通讯杆塔承载力的重要设计组成,对不同标准下风荷载参数的研究分析有着重要的工程意义.本文通过对中、美、欧不同标准中风载荷的参数如地形地貌、荷载动态参数、风压高度变化系数等进行对比,为相关涉外通讯工程的风荷载计算提供参考.同时,探讨了复合材料在通讯杆塔领域中应用的优势.
The construction of 5G has higher requirements for the bearing capacity of communication towers,and wind load is an important design component of the bearing capacity of communication towers.The research and analysis of wind load parameters under different specifications has important engineering significance.This article compares the wind load parameters of different specifications in China,American and Europe,such as terrain and topography,load dynamic param-eters,and wind pressure height variation coefficient,to provide reference for wind load calculation in related foreign commu-nication engineering.At the same time,the advantages of composite materials in the field of communication towers were ex-plored.

5Gwind loadscommunication towerstandardcomposite materials

武海鹏、孙云龙、刘鑫燚、张云峰、谢铁秦

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哈尔滨玻璃钢研究院有限公司,哈尔滨 150028

5G 风载荷 通讯杆塔 标准 复合材料

非金属材料创新中心研发类项目

2022TDA4-1

2024

纤维复合材料
哈尔滨玻璃钢研究院,国家树脂基复合材料工程技术研究中心

纤维复合材料

影响因子:0.395
ISSN:1003-6423
年,卷(期):2024.41(1)
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