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地基工程框架锚索加固抗滑桩试验研究

李昊轩

江西建材Issue(2):218-219,2.
江西建材Issue(2):218-219,2.

地基工程框架锚索加固抗滑桩试验研究

Experimental Study on Anti-slide Pile Strengthened By Anchor Cable for Foundation Engineering Frame

李昊轩1

作者信息

  • 1. 陕西省天然气股份有限公司,陕西 西安 710016
  • 折叠

摘要

Abstract

Based on the construction practice of Zhidan Compressor Station,the influences of prestressing of anchor cable,width and column distance of anti-slide pile on the loading and deformation characteristics of pile are studied in this paper.The results show that with the increase of pile width,the maximum soil pressure of pile width 40 mm is 17.3%and 22.1%higher than that of pile width 32 mm and pile width 27 mm respectively.When the anchor cable tension is between 1 200 kN and 1 600 kN,the pile displacement is small and the stress distribution is more balanced.When the tensile force is 1 400 kN,the difference between the anchorage point of the pile body and the maximum shear stress at the bottom of the free section is about 27%of the maximum shear stress at this time,and the maximum displacement of the pile body is only 5.5mm,which is far less than the general elastic deformation range of the prestressed frame anchor cable.

关键词

框锚加固/抗滑桩/因素分析/预应力/抗滑

Key words

Frame anchor reinforcement/Anti-slide pile/Factor analysis/Prestress/Anti-skid

分类

建筑与水利

引用本文复制引用

李昊轩..地基工程框架锚索加固抗滑桩试验研究[J].江西建材,2024,(2):218-219,2.

江西建材

1006-2890

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