1. 顶桩
1. pile jacking：pilehoop桩箍 | pilejacking顶桩 | pilejetting水冲沉桩
1. 利用断口做铰修复斜顶桩
The Repair of Supporting Raker Pile by Using It's Broken Section to Make a Hinged Joint
2. 深水港斜顶桩驳岸结构后高回填桩土相互作用研究
Study on Pile-Soil Interaction Under High-Filling Behind Inclined Pile Bulkhead in Deep Water Port
3. 石油储罐地基基础新技术研究&CFG扩顶桩的技术研究
New technology study on foundation of oil tank
4. 顶桩
4. 采用ANSYS分析斜顶桩驳岸结构的桩土相互作用
Analysis on pile-soil interaction of inclined pile bulkhead structure using ANSYS
5. 离岸深水港后方陆域连接需要进行高填土，驳岸可采用斜顶桩结构。
Offshore deep-water port needs high filling to connect the land area, and batter & sheet piles can be used in the bulkhead structure.
6. 顶桩的解释
6. 本文对斜顶桩板桩承台驳岸结构采用二维平面有限元数值模拟计算方法和三维简化空间有限元分析方法进行了分析。
The 2-dimensional finite element numerical simulation method and the simplified 3-dimensional finite element method are both adopted to analyze this special structure.
7. 顶桩在线翻译
7. 可以从提高桩土体系抗倾覆承载力和提高基础本身强度与刚度（例如采用扩底桩或扩顶桩）2个方面，来提高杆塔基础的抗倾覆能力。
The overturning resistance can be improved by increasing soil load bearing capability and foundation strength and stiffness (e. g. using belled or enlarged top pile).
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8. 某深水港码头方案设计提出了3种结构形式：斜坡堤结构、单排斜顶桩板桩、双排斜顶桩板桩。
Pile-supported pier of a harbor was designed as one of three types of structure: project of sloping dike, project of one row of inclined supporting piles, project of two rows of inclined supporting piles.
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9. 通过一系列的研究与实践，文章给出了关于斜顶桩板桩承台驳岸结构设计和施工技术要求，对指导洋山后续工程的建设具有较大的参考意义。
Through series of studies and practice, technology requirements for design and correlative construction of the bulkhead structure with inclined support pile and sheet pipe pile platform are presented, which is significant to the subsequent construction of the Yangshan Deep-water Port Project.
10. 顶桩
10. 高填土斜顶桩板桩承台驳岸结构应用技术研究
The Study of Application of Bulkhead Structure of Battle and Sheet Pipe Pile Foundation under High Reclamation
11. 可以从提高桩土体系抗倾覆承载力和提高基础本身强度与刚度（例如采用扩底桩或扩顶桩）2个方面，来提高杆塔基础的抗倾覆能力。
The overturning resistance can be improved by increasing soil load bearing capability and foundation strength and stiffness (e.g. using belled or enlarged top pile).