1) crane beam on rock wall
岩壁吊车梁
1.
Mechanical analysis and design of crane beam on rock wall for underground power house;
地下厂房岩壁吊车梁的力学分析及设计
2.
At present,the rigid-body limit equilibrium method adopted in the design of crane beam on rock wall can not reflect the actual mechanical behavior of crane.
目前,岩壁吊车梁设计所采用的刚体极限平衡设计方法还不能确切反映岩锚吊车梁的实际受力状态。
3.
The article introduces the excavation and demolition engineering of crane beam on rock wall in main engine hole of underground workshop during the project of Baise Hydropower Junction Station,for the reference of the similar projects.
文章介绍了百色水利枢纽水电站项目的地下厂房主机洞岩壁吊车梁开挖爆破施工情况,为类似工程提供参考。
2) rock-bolted crane beam
岩壁式吊车梁
1.
The use of rock-bolted crane beam in large caverns can shorten the cavern span and improve the stability of surrounding rock masses, thus obtain an early access to transportation within the cavern and accelerate the construction progress.
岩壁式吊车梁可以减少厂房的跨度,减少工程量,加快工程进度,因此它在地下厂房中得到广泛的应用。
3) rock bolt crane girder
岩锚吊车梁
1.
Three dimensional stability analysis of the effect caused by wheel load of a rock bolt crane girder;
岩锚吊车梁轮压作用下的三维稳定性分析
2.
Three dimensional finite element numerical analysis of the effect caused by wheel loading of rock bolt crane girder;
岩锚吊车梁轮压效应的三维有限元数值分析
3.
The rock bolt crane girder is an advanced structure which has played and will play continuously important roles in the construction of hydropower plant in China.
水电站地下厂房岩锚吊车梁是一种先进的结构形式 ,已在我国水电工程建设中发挥了重要作用 ,并且还将会发挥越来越重要的作用。
4) rock-bolt crane girder
岩锚吊车梁
1.
The fine FEM analysis for rock-bolt crane girder in underground powerhouse;
水电站地下厂房岩锚吊车梁稳定性分析剖析
2.
Study on calculating method for rock-bolt crane girder design;
岩锚吊车梁设计计算方法研究
3.
The geological defects and over-excavation of underground powerhouse have an bad impact on the rock-bolt crane girder in bolt axial force,beam deformation and the interface of the rock-bolt crane girder and the rock wall.
地下厂房的地质缺陷和超挖往往对岩锚梁的锚杆受力、梁体变形以及岩锚梁与岩壁的结合面产生不良影响,本文对三板溪水电站岩锚吊车梁施工过程中的缺陷成因和处理措施进行了研究,最后对岩壁整体超挖时对锚杆拉力和岩壁抗滑稳定系数的影响进行了敏感性分析。
5) rock-anchored crane beam
岩锚吊车梁
1.
DDA is used to analyze the destabilizing pattern of rock-anchored crane beam under the crane wheel pressing action.
岩锚吊车梁是水电站地下厂房重要建筑物之一,其稳定分析方法一直是一个值得探讨的问题。
6) rock-bolt crane beam
岩锚吊车梁
1.
Analysis of stability for rock-bolt crane beam with non-continuous deformation method;
用非连续变形法分析岩锚吊车梁稳定性
2.
Based on the analysis of modem design method of rock-bolt crane beam,some problems of the basic hypothesis are identified.
首先,对现有岩锚吊车梁设计计算方法进行了分析,指出了其基本假设中存在的缺陷;然后,对岩锚吊车梁的可能破坏形式进行了探讨,认为受拉锚杆屈服是岩锚吊车梁破坏的开端,在设计计算中应作为重点;最后,对岩锚吊车梁结构改进进行了讨论,认为在合理布置锚杆的条件下,可以将岩锚吊车梁和岩壁接触面整合成一个斜面,便于施工控制。
补充资料：岩壁
1.陡峭如墙的山崖。
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