上海国土资源
上海國土資源
상해국토자원
SHANGHAI LAND&RESOURCES
2014年
1期
68-70
,共3页
基坑工程%逆作法施工%变形监测%软土地区%地面沉降%环境地质
基坑工程%逆作法施工%變形鑑測%軟土地區%地麵沉降%環境地質
기갱공정%역작법시공%변형감측%연토지구%지면침강%배경지질
foundation pit engineering%top-down method%deformation monitoring%soft soil area%land subsidence%environmental geology
软土地区的基坑工程施工易对周边环境带来影响。结合上海某基坑工程的逆作法施工的现场监测数据，表明逆作法施工能有效确保周边环境安全，可为地质条件不良、施工场地狭小、环境保护要求较高区域类似工程提供技术参考。
軟土地區的基坑工程施工易對週邊環境帶來影響。結閤上海某基坑工程的逆作法施工的現場鑑測數據，錶明逆作法施工能有效確保週邊環境安全，可為地質條件不良、施工場地狹小、環境保護要求較高區域類似工程提供技術參攷。
연토지구적기갱공정시공역대주변배경대래영향。결합상해모기갱공정적역작법시공적현장감측수거，표명역작법시공능유효학보주변배경안전，가위지질조건불량、시공장지협소、배경보호요구교고구역유사공정제공기술삼고。
The construction of foundation pit engineering works in soft-soil areas can affect the materials surrounding the pit. This study analyzes in situ monitoring data of construction from foundation pit engineering in which a top-down construction method has been used. The results show that the top-down construction method effectively ensures the security of the surrounding environment. The study provides a reference for similar engineering projects in regions characterized by more vulnerable geological conditions, by narrow construction sites, or by more stringent regional environmental protection requirements.
