1) wood pile platform
木桩承台
1.
The advantages and disadvantages of shoring system of steel-pipe pile and wood pile platform are comparatively analyzed.
探讨了苏州北互通跨河段现浇箱梁的施工工艺,对比分析了钢管桩支撑和木桩承台支撑钢管桩两种方案的优缺点,并根据实际情况,采用木桩承台作为桥式支架临时墩承重结构,以达到降低工程成本、快速、方便的目的。
3) six-pile cap
六桩承台
4) pile cap
桩基承台
1.
Practical design-calculation method of double-column combined pile cap;
双柱联合桩基承台的实用设计计算方法
2.
Treatment and Control for the Lateral Deviation of Pile Cap at XinHui Boiler Works;
新会锅炉厂桩基承台侧移的处理和控制
3.
Base on load transmission mechanism of space truss and broken model for thick pile caps,and by the analysis of test results,a formula for calculating the bearing capacity of concrete compression strut and the design method of space truss of pile cap supported on three piles are suggested.
以空间桁架传力机理为基础 ,根据三桩承台冲切破坏桁架模式 ,在桁架节点区与混凝土斜压杆尺寸确定后 ,结合试验资料分析 ,确定了混凝土斜压杆强度 ,导出了钢筋混凝土等边三桩承台受冲切承载力计算公式 ,并提出了桩基承台空间桁架模型设计方法建
5) low pile cap
低桩承台
1.
Construction of low pile cap located in a shallow river;
浅河汊低桩承台施工技术
2.
The partial low pile cap deep water foundations of Qinhong Bridge are located in the flood discharge channel and near by existing civil bridge foundations in Nanjing.
南京市秦虹大桥的部分低桩承台深水基础位于泄洪河道中,并处于既有市政桥梁基础附近。
6) pile cap
桩承台
1.
Meanwhile, this text also discusses the possibility for the applications of this theory in the RC and SFRC pile caps, and points out that the method of designing and calculating in the pile caps which is systemic an.
同时,还探讨了拉压杆理论在钢筋混凝土和钢纤维混凝土桩承台中的应用的可能性,并指出应该建立系统化的基于拉压杆理论的桩承台设计计算方法。
2.
The study shows that adding steel fiber into concretecan improve effectively the punching shear bearing capacity of pile cap, or else the effective depth of the pile.
研究表明，纲纤维的掺入可有效地改善桩承台的受冲切性能，提高桩承台的受冲切承载力，减小承台的有效厚度。
3.
Author suggests applying the steel fiber to the pile cap and carries out the experiment study.
提出将钢纤维混凝土用于桩承台并进行了试验研究。
补充资料：木桩
1.木头桩子。
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