青藏直流输电线路工程建设用可拆分式抱杆研制及材料的选用
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Development of the Holding Pole with Modular Mast Section and Derrick〖JP〗Material Selection in Qingzang Electric Transmission Engineering
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    摘要:

    高海拔地区低温缺氧、自然条件恶劣,建设施工难度大。为了解决高海拔地区输电线路施工难题,研制了一种具有可拆分式标准节的施工抱杆。通过将标准节设计为多片组装式并选用合理的钢结构材料及钢铝组合比例等方法将抱杆本体单重降低,以降低抱杆在人力搬运及组装的劳动强度,也便于机械运输及机械装卸。首台研制的可拆分式抱杆样机经检测及试验后,完成了青藏直流输电线路工程第十标段453、421号铁塔的组立施工。

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    Because of low temperature, deficient oxygen and bad nature condition, it is difficult to construction in high altitude. In order to solve the difficult of the electric transmission engineering construction, the holding pole with modular mast section was researched and manufactured. The mast section was designed to be multi-pieces assembly and select rational derrick material.〖JP〗 It can minimize weight of singleton to decrease labor intensity in transported and reassembled. It is also helped to mechanical transport、loading and unloading. After detection and experiment, the first holding pole was used in the No.453 and No.421 steel tower construction in the Section 10 of the Qingzang electric transmission engineering construction.

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郝玉靖,缪谦,江明,梅文明.青藏直流输电线路工程建设用可拆分式抱杆研制及材料的选用[J].土木与环境工程学报(中英文),2012,34(Z1):68-71. Hao Yujing, Miao Qian, Jiang Ming, Mei Wenming. Development of the Holding Pole with Modular Mast Section and Derrick〖JP〗Material Selection in Qingzang Electric Transmission Engineering[J]. JOURNAL OF CIVIL AND ENVIRONMENTAL ENGINEERING,2012,34(Z1):68-71.10.3969/j. issn.1674-4764.2012. Z1.019

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  • 在线发布日期: 2012-09-13
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