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- unloading rock mass theory 卸荷岩体理论
- Unloading rock mass mechanics II. 卸荷岩体力学2。
- Application of Amendatory L-D Failure Criterion to Unloading Rock Mass Mechanics 修正的L-D准则在卸荷岩体力学中的应用
- Sensitivity Analysis of Some Parameters That Affected the Stability of Unloading Rock Mass Slope 影响卸荷岩体边坡稳定性的参数敏感性分析
- Unloading Rock Mass Behaviors of Valley Slope in a Key Water Control Project Dam Site 某水利枢纽坝址谷坡卸荷岩体性状
- Study on mechanical parameters of unloading rock mass in dam and power house area of Jinping Power Station 锦屏电站坝厂区卸荷岩体力学参数研究
- STUDY ON SIZE EFFECT OF UNLOADED ROCK MASS 卸荷岩体的尺寸效应研究
- unloading rock mass 卸荷岩体
- unloading rock mass mechanics 卸荷岩体力学
- The rock mass produced by an intrusive process. 侵入岩浆岩浆侵入过程中生成的岩块
- Theory and practice of grouting drainage and anchorage of rock mass II. 岩体灌浆排水锚固理论与实践2。
- Constitutive equations for crack-weakened rock mass and SIF under confining pressure unloading with crack interaction effect were determined, and the numerical results were given. 文中推导了考虑裂隙间的相互作用情况下裂隙岩体围压卸荷过程的应力应变关系及应力强度因子表达式，且进行了数值计算。
- The characteristics of deformation damage in dam foundation rock mass under condition of excavation unloading area are examined by using FLAC(superscript 3D) software. 采用三维有限差分程序FLAC(上标3D)，分析开挖卸荷条件下坝基岩体变形破坏特征。
- Simultaneously, the displacements of the rock mass were monitored. 与此同时，还对矿房围岩的变形进行了监测；
- A fracture or crack in a rock mass along which no appreciable movement has occurred. 裂缝，裂口岩石块中的碎片或缝隙，在其周围未发生过可被觉察到的运动
- Block Theory,which is developed in recent ten years and more,is an effective and reliable method for jointed rock mass stability analysis. 块体理论是近十几年来发展和完善起来的一种适合于裂隙岩体稳定性分析的行之有效的工程方法。
- There is a large scale of dynam-relaxed rock mass lies in Daliushu dam site. 大柳树坝址区存在大面积、大范围的岩体松动破坏现象。
- Cleavage and fracture have a strong impact on blasted result for rock mass. 摘要节理裂隙对岩体爆破效果有很大的影响。
- The formulas of rock mass displacements and deformations are devel... 通过工程实例分析表明,理论预计结果与现场实测结果吻合。
- In accordance with the effective mass theory, the magnetic Kronig-Penny potential was used to solve the electronic band structure of GaAs/Al?xGa? 1-xAs superlattice in a periodic magnetic field. 在有效质量理论近似下;采用磁Kronig-Penny势场;精确求解了GaAs/AlxGa1-xAs超晶格中的电子在周期性磁场中形成的能带结构.
