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- rock anchor beam structure 岩锚梁结构
- New construction technique for rock anchor beam 岩锚梁施工新技术
- RESEARCH ON KEY TECHNIQUE OF ROCK ANCHOR BEAM EXCAVATION 岩壁梁部位开挖施工关键技术研究
- Rock Anchor Beam Construction Technology of Dachaoshan Hydroelectric Plant 大朝山水电站地下厂房岩锚梁施工技术
- Optimization and Implementation on Blasting Excavation of Underground Workshop's Rock Anchor Beam 拉西瓦地下厂房岩锚梁开挖爆破优化与实施
- Rock Anchor Beam Construction for Underground Powerhouse of Xiaotiandu Hydropower Station 小天都水电站地下厂房岩锚梁施工
- Engineering Practice in Blasting Excavation of Underground Workshop's Rock Anchor Beam in Complex Conditions 复杂条件下的地下厂房岩壁梁岩台开挖爆破实践
- Examination Calculation of underground powerhouse rock anchor beam concrete steel pipe support 地下厂房岩锚梁砼钢管支撑架验算
- Construction of rock anchor beam for underground main generator room of Tongbo Pumped-Storage Power Station 桐柏抽水蓄能电站地下主厂房岩锚梁施工技术
- Control of Blasting Vibration of Rock Anchor Beam in Underground Factory of Qiaoqi Hydropower Station 硗碛水电站厂房岩锚梁爆破振动控制研究
- RESEARCH ON SAFETY STANDARD FOR ROCK ANCHOR BEAM UNDER BLASTING VIBRATION IN LARGE UNDERGROUND POWERHOUSE 大型地下厂房岩锚梁爆破安全控制标准研究
- Mix Design of the Rock Anchor Beam Concrete and Its Quality Control in the Construction of the Xiaowan Hydropower Project 小湾水电站岩锚梁混凝土配合比设计和质量控制
- rock anchor beam 岩锚梁
- Compared with the railway bridge and culvert design specifications, the box beam structure design and construction method are seen rational and feasible. 通过有限元分析结果与铁路桥涵设计规范的比较得出,该箱梁结构设计合理,施工方案可行。
- Rock Anchored Beam Construction for Underground Machine Hall of Lengzhuguan Hydroelectric Plant 冷竹关水电站地下厂房岩锚梁施工
- Vibration of a micro beam structure under the nonlinear electric field force in MEMS is studied. 研究微机电系统 (MEMS)中微梁结构在非线性电场力下的振动问题 .
- By reviewing relevant literatures, it is known that the design model is similar to the cantilever beam structure. 中文摘要植牙术后的骨整合程度,关系到手术是否成功。
- Aluminium parallel beam structure, Accuracy C3, Used to weighing scales, price counting scales. 铝合金平行梁结构C3级精度,是用于计重秤、计价秤。
- The sections of pipelines that are over rivers always form multispan beam structure because of scouring, suspending and reimforcing. 输油管线穿河段由于冲刷悬空,打桩加固形成多跨梁式结构。
- Finally, for testing and verifying the feasibility of the parameters, author applied the designing conditions to fabricate the beam structure. 最后,利用所找出的设计条件制作一悬臂梁结构以验证参数的可行性。