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The Evaluation of Stability of Rock Mass Slope Based on The Block Theory and DDA Numerical

机译:基于块理论和DDA数值的岩体坡度稳定性评价

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The instability of rock mass in a large scale is caused by the geological interaction and movement over a long period of time, of which rock mass system cut by structural plane and free surface. Firstly the block theory and Kinematics vector analysis are applied to program the analysis of stability in rock mass slope in order to be fully utilised in the pragmatic constructions. Through Matlab compilation to calculate out the movable blocks then by DDA analysis method to analyse the movable blocks inconsecutively. The resultant force of rock blocks and strain can be solved to measure the stability of rock blocks according to the results.
机译:大规模岩体的不稳定性是由长时间的地质互动和运动引起的,其中岩体质量系统由结构平面和自由表面切割。首先,块理论和运动学矢量分析应用于编程岩体坡度稳定性的分析,以便充分利用在务实的结构中。通过MATLAB编译计算输出可移动块,然后通过DDA分析方法进行疑问地分析可移动块。可以解决岩石块和应变的所得到的力以根据结果测量岩块的稳定性。

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