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THE SIMULATION MATERIAL AND EXPERIMENT RESEARCH OF SOLID-LIQUID COUPLING IN UNDERGROUND MINING

机译:地下采矿固液耦合模拟材料与实验研究

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摘要

Solid-liquid coupling is the interaction between solid and liquid in the rock engineering. It is the result of the flowing in rock. The problem that model materials collapses when meeting the water has been solved. Through the simulation of coupling seepage field and stress Held in underground mining in shallow coal seams underlying in desert with rich water, it proved that the researched materials are suitable for these simulation experiment tests. The modeling materials can be used to simulate different rock bases with different ration of materials and different pressure, so solid-liquid coupling experiment research has been realized with the research of this kind of experiment materials.
机译:固液耦合是岩石工程中固液之间的相互作用。这是岩石流动的结果。解决了模型材料遇水时塌陷的问题。通过对富水沙漠中浅埋煤层地下开采渗流场与应力场耦合的模拟,证明了所研究的材料适用于这些模拟实验。该建模材料可用于模拟不同物料配比,不同压力的不同岩石基础,因此通过此类实验材料的研究已经实现了固液耦合实验研究。

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