咬合桩在国内一般使用套管钻机施工。
Bored secant pile is mostly constructed by bushing pile rig in our country.
最后总结了钻孔咬合桩在基坑工程应用中的优点。
The advantages in application of bored interlocking pile for foundation pit engineering were summed up.
钻孔咬合桩是一种新型围护结构，其桩心相交咬合，又称为连续桩墙。
The drilling bitten piles is a kind of new type protective support structure whose pile bodies are bitten intersecting with each other, named also as the continuous piles side-wall.
咬合桩既作为一种支护围挡结构，又作为结构基础，在道路下穿等市政工程施工中有着广泛的应用。
Functioning both as a retaining wall and the foundation, occlusive pile has a wide application in municipal engineering such as the underpass project.
同时指出了本文研究工作不足之处，希望能为钻孔咬合桩工艺在西安地区的应用起到一定的指导作用。
This study also points out the shortcomings, hope to play a guiding role of the Secant Piles technology application in Xi 'an area.
钻孔咬合桩支护结构施工较方便、施工技术成熟、造价底，适用于作为城市下穿式通道的永久支护结构。
The method has the excellence credible technology, agility economy and advantage construction, which is very suitable to the permanent foundation pit retaining in Bridge of Underpasses.
考虑到咬合桩的结构形式和受力机理同地下连续墙相似，那么咬合桩应该可以像地下连续墙一样作为永久结构使用。
Structural style and bearing mechanics of secant pile wall are similar to the diaphragm wall and should be used as both temporary and permanent structure like the diaphragm wall.
介绍了某立交桥引道地基处理工程中，水泥土搅拌桩与水泥土搅拌咬合桩共同加固软土地基的施工工艺与检测方法。
The construction and test of gnawing pile with cement mixing are presented. This kind of pile was applied to road soil treatment engineering.
通过本文的研究，希望能突破该工艺目前尚只能在软土地区使用这样的局限性，为今后钻孔咬合桩在我国西安地区的推广使用做出作贡献。
Through this study, hope to break the process currently used only in the soft soil limitations and to contribute to the promotion of the secant piling use for the future of Xian in China.
研究新型的基坑支护形式成为当前研究的热点问题，对于基坑支护形式而言，安全、经济、合理是其最主要的要求，钻孔咬合桩便是这样的新型围护结构之一。
Excavation of new forms to become a hot topic of current research. To the form of excavation, security, economic and reasonable is main requirements. Secant Piling is one such new envelope.
钻孔咬合灌注桩作为一种新的基坑围护结构，克服了传统桩在基坑围护结构中防水性能差的缺点，在地铁车站基坑围护中得到采用。
As a new pit supporting structure, clutching borehole grouting pile has overcome the deflection of traditional pile which can not prevent water leaking and is gradually used in subway pit engineering.
利用延缓砼凝固时间的方法，巧妙地实现了相邻桩间的切割咬合。
Cutting and interlocking between the primary and secondary secant piles are realized ingeniously with the method of delaying concrete setting-time.
利用延缓砼凝固时间的方法，巧妙地实现了相邻桩间的切割咬合。
Cutting and interlocking between the primary and secondary secant piles are realized ingeniously with the method of delaying concrete setting-time.
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