1) concrete pipe pile
混凝土管桩
1.
Construction control of high-strength prestressed concrete pipe pile driven by hammer;
锤击高强预应力混凝土管桩施工控制
2.
Application of high?strength prestressed concrete pipe pile;
高强预应力混凝土管桩的应用
3.
in concrete pipe piles under lateral load.
根据文克尔地基模型,假定地基土的水平抗力系数沿深度成线性变化,利用有限单元法对水平荷载下混凝土管桩的水平位移、桩身弯矩等变形特性及其影响因素进行分析。
2) concrete tubular pile
混凝土管桩
1.
The development of pre-tensioned prestressed concrete tubular pile in China;
先张法预应力混凝土管桩在中国的发展
2.
Through an engineering example,a comprehensive treatment technology of wastewater from production of concrete tubular pile is introduced.
结合工程实例,介绍了混凝土管桩生产废水综合治理技术。
3.
The advantages of this processing method of the concrete tubular pile are pollution-free,low noise and moderate cost of construction.
从施工工艺及施工过程中的要点等方面对预应力高强混凝土管桩在高层建筑基础处理中应用进行了论述,阐明了这种桩型的基础处理方法无污染、噪音小和造价适中的优点。
3) steel pipe concrete pile
钢管混凝土桩
1.
The construction condition,technology and procedure for steel pipe concrete pile supported by anchor foundation at the north,Renyang Bridge and the quality detection are introduced in the paper.
简要介绍润扬大桥北锚碇基础支撑钢管混凝土桩的施工条件、施工工艺和施工过程以及质量检测。
2.
This paper discusses the construction methods of inner concrete in steel pipe concrete pile and proposes methods of concreting both in air and in water.
探讨高桩码头的新型桩基——钢管混凝土桩桩芯混凝土的施工方法,提出干法施工和导管法水下灌注混凝土的施工方法。
3.
Excessive slenderness ratio of the steel pipe concrete pile s,initial deflection and tie-in disfigurement will lead to the pile body s instability and influence its carrying capacity.
淤泥质土对桩身的侧向约束很弱,钢管混凝土桩的长径比过大、初始挠曲、接头缺陷都可能导致桩身失稳而影响其承载力。
5) prefabricated concrete pipe pile
预制混凝土管桩
1.
Based on some engineering practical experience in Nanjing Economical Technical Development Zone,the article introduces the construction method of static pressure process for the prefabricated concrete pipe pile,and under the different geological conditions,some problems should be paid attention under the construction.
该文根据南京经济技术开发区区内一些工程实践经验,介绍了预制混凝土管桩静压法的施工方法及在不同地质条件下,施工中所应注意的一些问题。
6) high strength concrete pile
高强混凝土管桩
1.
Feasibility study of partial replacement of cement and ground sand by ground steel slag (GSS)in producing prestressed high strength concrete pile(PHC)was conducted.
研究了利用钢渣粉取代部分水泥和磨细石英砂制备C80预应力高强混凝土管桩的可行性。
补充资料：混凝土桩
用混凝土与钢筋或钢丝制成的桩。具有节约木材和钢材、经久耐用、造价低廉等优点，已广泛使用于水工建筑、工业建筑、民用建筑和桥梁的基础工程。混凝土桩分为普通钢筋混凝土桩和预应力混凝土桩两类。桩的截面有方形、矩形、八角形、圆形和环形等，最常用的是方形截面桩和环形截面桩。方形截面桩的边长和环形截面桩的外径为20～60厘米。桩的长度可达40米，上端设置桩帽，下端设有桩尖。混凝土桩的制作工艺基本上与混凝土电杆相同。
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