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Numerical simulation method of safe distance between concealed karst cave and tunnel based on energy catastrophe

机译:基于能量灾变的隐藏岩溶洞穴与隧道安全距离的数值模拟方法

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Stability of rock stratum between concealed karst cave and tunnel is evaluated by the catastrophe theory. The numerical simulation method of safe distance between concealed karst cave and tunnel is proposed based on catastrophe theory energy catastrophe. Through array of rock stratum energy change and distance change between concealed karst cave and tunnel, a cusp catastrophe model of safe distance between concealed karst cave and tunnel is built. The simulation of safe distance between concealed karst cave and tunnel can be finished by Ansys program and Matlab, and automatically calculates the safe distance by a compile interface program, which is verified by engineering example.
机译:灾难理论评估隐藏岩溶洞穴和隧道之间岩石层的稳定性。 基于灾难理论能源灾难,提出了隐藏岩溶洞穴和隧道安全距离的数值模拟方法。 通过隐藏岩溶洞穴和隧道之间的岩石地层能量变化和距离变化,构建了隐藏式岩溶洞穴和隧道之间的安全距离的CUSP灾难性模型。 ANSYS程序和MATLAB可以完成隐藏的岩溶洞穴和隧道之间的安全距离的仿真,并通过工程示例进行验证的编译接口程序自动计算安全距离。

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