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1)  deformable high-strength press-anchor
高强可变形让压锚杆
1.
And author sum up rules that it is adopting deformable high-strength press-anchor,bird s nest anchor-cable and W-metal band supporting technology,which can have an effect upon durative distortion in deepness-shaft roadway,finally practice in shoring at project.
针对平煤四矿大埋深高地应力巷道支护现状及围岩特点,总结了深井高地应力巷道支护原则,提出采用高强可变形让压锚杆+鸟巢锚索+W钢带支护技术控制深井巷道围岩的持续变形,并进行了支护试验。
2)  deformable and yield bolt
可变形让压锚杆
1.
In order to solve the poor bolt support effect and serious anchorage deformation of the mining gateway in Huxi Mine,a support theory of the deformable and yield bolt was provided and that is to say that the support system should have the deformable and yield function.
为了解决湖西矿井回采巷道锚杆支护效果差、变形严重的现状,提出了可变形让压锚杆支护理论,即支护系统本身必须具有变形让压功能,在锚杆所受的载荷达到其强度极限前让压变形以保护杆体,并实现控制让压。
3)  high-strength yielding bolt
高强让压锚杆
1.
The high-strength yielding bolt support is the case in which a yielding link is placed between the high-strength bolt's trays and its nuts.
高强让压锚杆支护就是在高强锚杆托盘和螺母之间加一让压环,通过让压环在一定压力下的变形使围岩卸压,可有效地控制住复杂难支护巷道的大变形。
4)  the high-strength high pre-stressed yield bolt
高强高预应力让压锚杆
5)  pressure bolt
让压锚杆
1.
Under the influence of adjacent 2202 dynamic pressure face,Zhangcun Coal Mine 2203 gas emission drift adopt pressure bolt to achieve better results and meet the needs of roadway gas emissions,which proposed new program for the mining small coal pillar drift.
漳村煤矿2203瓦排巷在受毗邻刚刚结采的2202工作面的动压影响下,采用让压锚杆支护达到了较好的效果,满足了巷道瓦斯排放的需要,为采动影响下小煤柱巷道支护提出了新的方案。
6)  high strength bolt
高强锚杆
1.
Research on anti tear steel strip of high strength bolt support sysem;
高强锚杆支护系统抗撕裂钢带的研究
2.
The stability of the surround rock is guaranteed by high strength bolt support bonded with resin grout.
树脂加长锚固高强锚杆支护能提高围岩力学参数 ,提供较高的支护阻力并具有较大的延伸率 ,适应综放工作面沿空巷道高应力和大变形特点 。
3.
It may be the first in China to adopt the thin steel-reinforced concrete walls, anchored by high strength bolts, of the shiplock located in rock mass.
在岩基上的船闸闸室墙 ,采用以高强锚杆锚固的钢筋混凝土薄衬砌形式 ,在国内尚属首次。
补充资料:采用可拆卸预应力锚杆技术进行高层建筑基坑护坡


采用可拆卸预应力锚杆技术进行高层建筑基坑护坡


  霹 采用可拆卸预应力锚杆技术进行高层建筑基坑护坡
  
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