In-situ test and analysis of interaction between tall building and pile-box foundation

LI Cheng-fang; WU De-lun; DENG Xiao-bo; WANG Ding-chun

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In-situ test and analysis of interaction between tall building and pile-box foundation

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- In-situ test and analysis of interaction between tall building and pile-box foundation
- Vol. 29, Issue 9, (2008)
- 作者机构：
  
  1. 重庆大学土木工程学院,重庆,400010
  2. 重庆市建筑科学研究院,重庆,400015
- 作者简介：
- 基金信息：
- DOI：
  CLC： TU473.2
- Online First：03 August 2013，
  
  Published：2008
- 稿件说明：
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LI Cheng-fang, WU De-lun, DENG Xiao-bo, et al. In-situ test and analysis of interaction between tall building and pile-box foundation[J]. 2008, 29(9).
DOI：

LI Cheng-fang, WU De-lun, DENG Xiao-bo, et al. In-situ test and analysis of interaction between tall building and pile-box foundation[J]. 2008, 29(9). DOI：

摘要

通过一高层建筑桩箱基础原位测试，阐述了箱基底板钢筋应力变化特征、基础变形和沉降规律、箱底土压力分布规律及桩-土荷载分担比例。测试结果表明，箱基底板钢筋应力仅为设计强度的8 %；基础沉降量为理论计算值的20 %；基础纵向弯曲值仅为0.319 ‰，设计时可只考虑局部弯曲而不考虑整体弯曲；箱基底板土分担了11 %的荷载，土压力没有得到充分发挥，建议增大桩距来实现这一目的，从而降低工程造价。

Abstract

Based on the in-situ test of pile-box foundation for a tall building

variation charateristics of box foundation

including steel stress of base slab

deformation and settlement of foundation

earth pressure under box

and load sharing ratio between pile and box

etc. are described. The results indicate that the steel stress of base slab is only 8% of its design strength; and settlement of foundation is only 20% of the theoretical calculaed value. Overall flexure value of foundation is only 0.319 ‰; so local flexure is main influence factor on base slab. Soil can only share 11% of the load above and the contact pressure is very small comparing with its resistance capacity. In order to improve earth pressure under box and reduce construction cost

enlarging interals of piles is an effective way.

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