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1)  PHC pipe pile support
PHC管桩支护
2)  PHC pipe pile
PHC管桩
1.
On the construction of PHC pipe pile with static pressure method and its quality control;
浅谈PHC管桩静压法施工和质量控制
2.
Rising phenomenon and prevention treating of PHC pipe pile;
PHC管桩上浮现象及其预防处理
3.
Discussion of static pressure construction with PHC pipe pile and quality management;
PHC管桩静压法施工及质量管理探析
3)  PHC tube pile
PHC管桩
1.
Graphic design and manufacturing technics of prefabrication factory for PHC tube pile of major diameter;
大直径PHC管桩预制厂平面设计及生产工艺
2.
Construction and development of PHC tube pile;
PHC管桩的施工及发展
3.
Application of jet grouting to treatment of PHC tube pile foundation on boulder mezzanine;
压力注浆处理孤石夹层上PHC管桩基础
4)  PHC pile
PHC管桩
1.
Elevated effect analysis of back-grouting on PHC piles;
后压浆技术在PHC管桩工程中的应用
2.
Test study on dynamic properties of PHC pile;
PHC管桩动力特性试验研究
3.
Discussion on the results Comparison of static load test and High-strain dynamic test of PHC piles;
浅谈PHC管桩的静载与高应变检测结果对比分析
5)  PHC tubular pile
PHC管桩
1.
Through comparison,the static compression PHC tubular pile scheme is selected.
在多种桩基方案比选分析基础上,设计采用了静压法施工的PHC管桩方案,本文以其中8号住宅楼为例,介绍了桩基设计的设计方法。
2.
Through comparing static pressure of the PHC Tubular Piles the new guiding hole technology using the cement-soil pile to the normal technology for the static pressure of PHC tubular piles by the static loading test.
对静压PHC管桩采用水泥土搅拌桩引孔新工艺与常规工艺进行了静载对比试验研究。
3.
This paper introduces the construction technique and handled methods of the main technique problems of the PHC tubular piles, and the six typical examples encountered in construction course are listed and proofed.
介绍PHC管桩静压施工技术,施工过程中主要技术问题的处理方法,并举六个在施工过程中遇到问题经处理所取得效果的典型实例给予佐证,为类似条件下的静压管桩施工所遇技术问题提供了一些有效的解决方法。
6)  super-long PHC pile
超长PHC管桩
1.
Based on the study of vertical bearing capacity of sloping super-long PHC pile,considering the strength of pile body and soil at the same time,the FEM was adopted to calculate the vertical bearing capacity of sloping super-long PHC pile subjected to lateral soil movements.
以上海某工程超长偏位PHC管桩竖向承载力分析为背景,采用有限元数值分析方法,同时考虑桩身结构强度和土的强度,对该工程超长PHC管桩由于水平偏位而对竖向承载力产生的影响进行了计算分析。
补充资料:桩管
1.储存保管。
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