建筑工程技术与设计
建築工程技術與設計
건축공정기술여설계
Architectural Engineering Technology and Besign
2014年
12期
722-722
,共1页
冲孔灌注桩%三维高强复合地基%刚性复合地基
遲孔灌註樁%三維高彊複閤地基%剛性複閤地基
충공관주장%삼유고강복합지기%강성복합지기
boring cast-in-situ pile%Three dimensional high-strength composite foundation%Rigid composite foundation
针对该项目地质情况比较复杂，建筑物的结构类型比较多的情况，在基础选型的过程中，综合考虑经济、质量、安全、施工等多方面因素后，分别采用冲孔灌注桩、CM三维高强复合地基、刚性复合地基等基础形式。
針對該項目地質情況比較複雜，建築物的結構類型比較多的情況，在基礎選型的過程中，綜閤攷慮經濟、質量、安全、施工等多方麵因素後，分彆採用遲孔灌註樁、CM三維高彊複閤地基、剛性複閤地基等基礎形式。
침대해항목지질정황비교복잡，건축물적결구류형비교다적정황，재기출선형적과정중，종합고필경제、질량、안전、시공등다방면인소후，분별채용충공관주장、CM삼유고강복합지기、강성복합지기등기출형식。
For the geological condition of the project is complex, and there are many types of building structure. In the process of foundation selection, considering various factors such as economy, quality, safety, construction , three types of foundation are selected including boring cast-in-situ pile ,three dimensional high-strength composite foundation, rigid composite foundation ,boring cast-in-situ pile.
