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Study on Rock Mass Fragment Size Prediction Technology Based on Three-Dimensional interception Model

机译:基于三维拦截模型的岩体碎片尺寸预测技术研究

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Based on the law of the spatial distribution, using Monte Carlo technology to simulate joint system, and using three-dimensional solid cutting techniques to build a new rock mass fragmentation prediction model of block three-dimensional interception model. Based on consideration in the joint continuity and the mechanical properties of rock mass, the model simulated the spatial distribution of structure planes according to statistical principles, and predicted rock mass fragmentation using structure planes to cut model prototype and ultimately formed a block muster consisting of cutting blocks. Then, according to a new method of the block shape classification, the distribution statistic rule of internal entities rock block, which are cut out by the structure planes, size and shape are studied. The simulation results show that the fragments with equivalent size of more than 1.65 m account for 40 per cent and those more than 1.26 m account for 59.85 per cent of the total fragment volume.
机译:基于空间分布的定律,利用蒙特卡罗技术模拟联合系统,并采用三维实心切削技术构建块三维拦截模型的新岩体质量碎片预测模型。基于在联合连续性和岩体的力学性能的基础上,模型根据统计原理模拟了结构平面的空间分布,以及使用结构平面切割模型原型的预测岩体碎片,最终形成了由切割组成的块状集合块。然后,根据块形状分类的新方法,研究了由结构平面,尺寸和形状切出的内部实体岩石块的分布统计规则。仿真结果表明,等效尺寸超过1.65米的碎片占40%,超过1.26米的占总片段体积的59.85%。

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