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水电站埋藏式压力钢管设计准则探讨 被引量:1

On the Design Criteria for Buried Steel Penstock of Hydropower Station
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摘要 介绍瑞士在地下埋藏式压力钢管设计方面的一些设计准则和方法及其应用情况 ,并与我国现行设计方法进行了比较。以某水电工程埋藏式压力钢管为例 ,着重讨论围岩承载能力的确定和钢衬、围岩之间荷载的分配 。 Taking the buried steel penstock of a hydropower station as an example,this paper presents the criteria,methods and applications in designing the underground buried steel penstocks in Switzerland.Stress is laid on the determination of bearing capacity of the adjoining rock,the distribution of loads between the steel lining and the adjoining rock and the methods for determining the length of steel lining.Comparison has been made with the existing design methods adopted in China.
出处 《人民珠江》 2001年第2期13-15,29,共4页 Pearl River
关键词 地下埋管 水电站 压力钢管 荷载分配 衬砌长度 设计 underground buried penstock steel lining adjoining rock stability
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  • 1[1]Broch E. The Development of Unlined Pressure Shafts and Tunnels in Norway[J]. ISRM Symposium,Acshen, 1982, (2):545-554.
  • 2[2]Schleiss A. Design of Previous Tunnels[J]. Water Power & Dam Construction, 1986, (5): 21-26,29.
  • 3[3]Broch E. Unlined High Pressure Tunnels in Areas of Complex Topography[ J ]. Water Power & Dam Construction, 1984, (9).
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