城市建筑
城市建築
성시건축
URBANISM AND ARCHITECTURE
2014年
4期
145-145
,共1页
大厚度自重%湿陷性%黄土地基%处理方法
大厚度自重%濕陷性%黃土地基%處理方法
대후도자중%습함성%황토지기%처리방법
large thickness self-weight%col apsible%loess fou-ndation%treatment method
伴随着西部大开发战略的推进,在黄土地开展工程建设也日益频繁,但问题也由此显现。从低阶到高阶的工程建设,湿陷性黄土层也日益增厚,处理较为困难。本文在处理大厚度湿陷性黄土上,根据具体的工程实例,对其进行了方法与原则的探讨。
伴隨著西部大開髮戰略的推進,在黃土地開展工程建設也日益頻繁,但問題也由此顯現。從低階到高階的工程建設,濕陷性黃土層也日益增厚,處理較為睏難。本文在處理大厚度濕陷性黃土上,根據具體的工程實例,對其進行瞭方法與原則的探討。
반수착서부대개발전략적추진,재황토지개전공정건설야일익빈번,단문제야유차현현。종저계도고계적공정건설,습함성황토층야일익증후,처리교위곤난。본문재처리대후도습함성황토상,근거구체적공정실례,대기진행료방법여원칙적탐토。
With the advancement of the western development strategy, people carry out the engineering construction in the loess land is increasingly frequent, but the problems are occurs. The col apsible loess formation is increasingly thickening from the low engineering construction to high and the treatment bec-omes more difficult. In this article, the author bases on the sp-ecific engineering example to explore the methods and princ-iples in dealing with large thickness and collapsible loess.