高强度锚杆,high strength bolt
1)high strength bolt高强度锚杆
1.As for the mining gateway support problems of a deep mining depth over 1000 m and complicated geological conditions, base on the surrounding rock deformation mechanism of mine roadway researched with digital simulation, a inclined roof square cross section for the mine roadway was designed and the high strength bolt support parameters were settled.针对长广七矿埋深近千米、地质条件极其复杂的回采巷道支护问题 ,在数值模拟研究巷道围岩变形机理的基础上 ,设计了斜顶鼓梯形巷道断面 ,确定了高强度锚杆支护参数。
2.The roof is reinforced using full column resin bonded high strength bolts and pre stressed anchor ware, and two side walls are strengthened using high water coagulative material grouting.分析该类巷道围岩破坏特点 ,提出运用注浆及锚杆支护控制巷道围岩稳定、加强顶板支护强度、充分利用围岩自身承载能力的支护原理 ,研究了合理的注浆、锚杆支护技术 ,包括高水速凝材料注浆加固两帮、顶板采用树脂全长锚固高强度锚杆和小孔径预应力锚索加强支护及两帮树脂加长锚固锚杆支护 ,并介绍一个工程实例。
英文短句/例句

1.The application of joint support technology of high strength anchor arm and anchor cable高强度锚杆和锚索联合支护技术的应用
2.Application of High strength Bolt and Cable Anchor Combined Supporting in Driving Fault Seam高强度锚杆、锚索联合支护在过断层中的应用
3.Study on Causes and Measures of High-strength Bolt Supporting Failure高强度锚杆失效原因分析及对策研究
4.Study on Air-cooled Mn-B Bainitic Steel for High Strength Anchor Bolt高强度锚杆用空冷Mn-B贝氏体钢的研究
5.The Research on and Application of the Bolt Supporting Technique with Higher Active Supporting Performance and Higher Utilization Rate of Material Strength高主动支护性与高材料强度利用率锚杆支护技术的研究与应用
6.The Anchoring Mechanism of High-strength Prestressed Anchor and Time-dependent Deformation Analysis of Bolted Rock Mass;高强预应力锚杆的锚固机理及时效性分析
7.On supporting and reinforcing of strengthen anchor arm and bolting sustaining in soft rock lanway软岩巷道高强锚杆和锚注支护加固机理分析
8.Escorting Roadways along Goaf by Using Support Technology with High Strength Resin Bolt应用高强树脂锚杆支护技术沿空送巷
9.Reinforcement Mechanism of Anchored Bolt for Coal Pillar and Analysis of Influence Factors of Pillar Strength煤柱锚杆加固机理与煤柱强度影响因素分析
10.In this paper, FEM and BEM coupling algorithm was applied in Mu Cheng Jian Coal Mine, under two conditions, namely the work face gateway, open-off cut of540203 and+570 No2.锚杆支护的作用在于加大巷道围岩的围压,从而提高围岩的强度而保持其稳定性。
11.Brief Talks of Enhancing the Speed of Rapid Excavation of Comprehensive Bolting Support Tunnel提高综掘锚杆支护巷道快速掘进速度的探讨
12.Research on Bond Mechanism of GFRP Bolt;玻璃纤维增强塑料锚杆锚固机理研究
13.Anchorage Systems of High Strength Fiber Reinforced Polymer and the Applications in Strengthened Structure;高强度复合材料FRP片材波形齿夹具锚锚固系统及应用研究
14.the shank of an anchor, a key, a golf-club锚杆、 钥匙柄、 高尔夫球棒的杆.
15.On application of anchor jacked pile in reinforcing and strengthening foundation锚杆静压桩在地基加固补强中的应用
16.COMPREHENSIVE RESEARCH OF CRITICAL ANCHORAGE LENGTH PROBLEM OF ROD OF ANCHORAGE STRUCTURE锚固类结构杆体临界锚固长度问题综合研究
17.Study on Anchor (Cables) Supporting in Large Span Section Open-off Cut;大跨度切眼巷道锚杆(索)支护技术研究
18.Research on the Automatic Delimited Angle System of CMM25-4 Type Bolt Drilling CarsCMM25-4型锚杆钻车自动分度系统的研究
相关短句/例句

high strength reinforced bar高强度锚杆钢筋
1.Development of MG450 high strength reinforced bar;MG450高强度锚杆钢筋的研制开发
3)high strength resin bolt高强度树脂锚杆
1.App. of high strength resin bolt supporting tech. in high strata pressure roadway;高强度树脂锚杆支护在高地压巷道中的应用
4)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。
5)high strength anchor bar高强锚杆
1.To improve the stability of the thin concrete lining and high slopes, totally up to more than 90 000 high strength anchor bars were employed.闸墙混凝土采取薄衬砌墙型式 ,为保证直立坡岩体和衬砌墙混凝土的稳定安全 ,考虑两者联合作用 ,设计采用高强锚杆对其进行支护 ,设计总量达 9万余根 ,施工后砂浆强度及拉拔检测均满足设计要求。
6)high strength bolting with cable anchor高强度锚杆与锚索支护
延伸阅读

高模量高强度聚合物分子式:CAS号:性质:常指杨氏模量和断裂强度分别大于100GPa和3GPa的有机聚合物。实现高强高模的途径之一是将柔性高分子进行超拉伸,使卷曲或折叠的分子链拉直,并沿拉伸方向取向成伸直链结晶;另一是合成刚性棒状液晶高分子,从根本上抑制分子链的卷曲或折叠,使分子链构象或分子链间的滑移变形大大减小,外力作用在分子链的共价键上,从而大幅度提高聚合物的强度和模量。这两种方法的代表分别有超拉伸的超高分子量聚乙烯纤维,和液晶芳香聚酰胺纤维,前者的强度和模量已达到4GPa和210GPa,后者已达到2.9GPa和110GPa。