城市建筑
城市建築
성시건축
URBANISM AND ARCHITECTURE
2013年
2期
289
,共1页
深基坑%技术要点
深基坑%技術要點
심기갱%기술요점
deep foundation%technical points
深基坑技术是一门综合性、复杂性和危险性的高难度技术,它涉及工程地质、土力学、基础工程、施工技术、机构力学、土与结构共同作用、原位测试技术以及岩土工程和环境工程等多门学科.我国的深基坑技术理论有待发展,本文从宏观上浅议深基坑技术的要点,旨在为深基坑技术的实践过程中提供一些参考,减少深基坑技术实践中由于设计不合理或施工不当、以及自然灾害等原因对施工进程和工程造价的影响.
深基坑技術是一門綜閤性、複雜性和危險性的高難度技術,它涉及工程地質、土力學、基礎工程、施工技術、機構力學、土與結構共同作用、原位測試技術以及巖土工程和環境工程等多門學科.我國的深基坑技術理論有待髮展,本文從宏觀上淺議深基坑技術的要點,旨在為深基坑技術的實踐過程中提供一些參攷,減少深基坑技術實踐中由于設計不閤理或施工不噹、以及自然災害等原因對施工進程和工程造價的影響.
심기갱기술시일문종합성、복잡성화위험성적고난도기술,타섭급공정지질、토역학、기출공정、시공기술、궤구역학、토여결구공동작용、원위측시기술이급암토공정화배경공정등다문학과.아국적심기갱기술이론유대발전,본문종굉관상천의심기갱기술적요점,지재위심기갱기술적실천과정중제공일사삼고,감소심기갱기술실천중유우설계불합리혹시공불당、이급자연재해등원인대시공진정화공정조개적영향.
The deep foundation technology is a comprehensi-ve, complexity and dangerous difficult technology, which inv-olves many disciplines of engineering geology, soil mechanics, foundation engineering, construction technology, institutions mechanics, soil structure interaction, in situ testing technique-s as wel as geotechnical engineering and environmental engin-eering. In our country, the deep foundation technology theory needs to be developed. In this article, the author analyses the main points of the deep foundation technology on macro level, aims to provide some reference for the practical process of de-ep foundation technology and reduce the impact of the project cost and construction process of deep foundation technology p-ractice due to the design unreasonable or improper constructio-n as wel as natural disasters and other reasons.
