1) prestressed consolidation technology
预应力加固技术
1.
Fracture mechanics analysis of prestressed consolidation technology used to spandrel gravity dam;
预应力加固技术应用于空腹重力坝的断裂力学分析
2) whole prestressing reinforcement technology
整体预应力加固技术
1.
The paper describes the whole prestressing reinforcement technology, and expounds an engineering example.
概念加固是运用人的思维和判断,从宏观上决定工程加固中的基本问题、基本概念及基本原则,并阐述了基于“概念加固”思想指导下的整体预应力加固技术,介绍了在工程加固中的应用实例。
4) pre-reinforcement technology
预加固技术
1.
The paper introduces in detail the pre-reinforcement technology and the technical points of Wuhan rail transit Line 2,contracted to build by China Railway 13th Bureau Group Corporation,when Xunlimen station crosses the existent light rail pier foundation.
详细介绍了武汉市轨道交通二号线循礼门地铁车站穿越既有轻轨桥墩基坑施工时的预加固技术及加固施工技术要点。
5) prestress technology
预应力技术
1.
A look into the future of China s civil engineering activity and prestress technology in the 21st century;
新世纪我国土木工程活动与预应力技术的展望
2.
Application of prestress technology to lateral coal bunker engineering of thermal power plants
预应力技术在火电厂侧煤仓工程中的应用
3.
The large span beams adopt bonded prestress technology,and the floors adopt non-bonded prestress technology.
天津力神电池股份有限公司锂离子电池扩建工程主厂房为钢筋混凝土框架结构,具有跨度大、荷载重的特点,大跨度梁采用有粘结预应力技术,楼板采用无粘结预应力技术。
6) pre-stress technology
预应力技术
1.
In order to control concrete cracks due to thermal stress in large-sized concrete structure,displacement and push reaction in arch structure,pre-stress technology has been used in all individual sports buildings and the circular platform to connect them.
迎接全国第十届运动会兴建的南京奥体中心工程的各场馆和连接各场管之间的环状大平台项目设计中,大量运用预应力技术成功控制了超长、超宽、大面积、大体量钢筋砼楼面由于砼收缩温度应力产生的裂缝和拱结构在支座处的位移和推力。
2.
Great development has taken place in the connection technology of thick rebar in recent 20 years while pre-stress technology has been applied to a lot of large projects.
我国钢筋工程发展迅速,HRB400级钢筋目前已在许多高层建筑中应用,冷轧扭钢筋也得到推广,粗钢筋连接技术近20年来有很大发展,预应力技术也在许多大型工程中推广应用。
3.
This paper states of the development and application prospect of high-strength concrete and wire, strand and pre-stress technology in the field of bridge engineering .
随着大跨径桥梁的建造 ,高强混凝土、高强、低松弛钢绞线和钢丝开始广泛采用 ,为了了解高效预应力结构的特性 ,本文详细阐述了高强混凝土、高强钢丝、高强钢绞线及预应力技术等在桥梁工程领域的发展状况和应用前景 ,对推广高效预应力技术在我国的应用起着重要的作用。
补充资料：边坡预应力锚索加固
边坡预应力锚索加固
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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