1) pile platform
桩套箱
1.
In order to discuss the measures of guarding against scour and protecting river bed about large scale pile platform pier foundation,getting across experimentation,this paper studies on selecting scheme,disputing structure,determining the scope of the engineering,understanding the result of preventing scour measures,etc.
为探讨特大型桩套箱桥墩基础的护底防冲工程问题,通过实验室试验,分别对墩基防冲护底的方案选择、防护工程结构分层和范围确定、防护材料的稳定及成型情况以及护底工程的防冲效果进行了试验研究。
2) pile-box
桩箱
1.
Based on soil mechanics theory and pile-soil interaction mechanism, settlement calculation models are suggested for pile-box foundation of the high-rise buildings,and corresponding calculating formulas are derived,and the settlement of pile-box foundation in Shanghai high-rise buildings is calculated.
根据土力学理论及桩土相互作用机理分析,提出了高层建筑桩箱基础沉降计算模式,并推导出了相应的计算公式,同时用该理论对上海某高层建筑桩箱基础进行了沉降计算,计算结果与实测结果很吻合,表明该公式在工程上是可用的。
3) boxed cofferdam
套箱
1.
This paper gives a brief account of design,fabrication and installation of the lightweight boxed cofferdam with bottom for construction of the in-water pile caps of Modaomen Bridge,and also formation of the load-carrying system,internal support system and actual construction application of the cofferdam.
简要介绍磨刀门特大桥水中承台轻型有底套箱的设计、加工、安装,及其承重系统、内撑系统的形成和实际施工情况。
2.
At the time before the steel boxed cofferdams for the elevated pile caps of the Bridge are installed over sea,the regularities of tides,wind and sea waves should be well understood,and the construction should be accordingly organized in a reasonable way so that the time for installation of the cofferdams can effectively controlled and the construction safety risk can be reduced.
东海大桥海上施工环境恶劣,安全风险大,海上套箱安装时必须把握好潮汐、风、浪等自然规律,合理组织,有效控制套箱安装时间,降低海上施工的安全风险。
3.
The pylon bases of the north channel bridge of Hangzhou Bay Sea-Crossing Bridge are constructed with steel boxed cofferdam with bottom.
杭州湾跨海大桥北航道桥主塔承台采用有底钢套箱方法施工,承台套箱与防撞套箱相结合,底板利用钻孔平台,套箱侧模分块加工、安装,承台混凝土分2次浇筑。
4) skirt pile sleeve
群桩套简
5) steel lagged pile
钢套桩
1.
The "steel lagged pile vibrating-hamming" technique was adopted to realize redriving of reinforced concrete friction pile with medium to long intermittence in soft soil,and thus the quality of pile foundation was guaranteed.
采用"钢套桩震动—锤击"技术,解决在软土中长期间歇的钢筋混凝土摩擦桩克服桩周土阻力,进行复打,保证了桩基质量。
6) sleeve pipe pile
套管桩
补充资料:暗桩
1.植立于水中而不露出水面的木桩。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条