Abstract

LV, Yiqing. Numerical Simulation and Model of Deformation Features of Destabilized Mining Slope Under Fault-Controlled Conditions. Earth Sci. Res. J. [online]. 2020, vol.24, n.1, pp.61-69. ISSN 1794-6190.  https://doi.org/10.15446/esrj.v24n1.85290.

This paper took the Fengmaoding slope, typically found in the mountainous areas of central Shanxi province, as its research area. The stratum structure of the Fengmaoding slope is a typical coal measures stratum covered by a layer of loess. There are communication towers on the slope mass and top of the slope; railways, roads, and rivers at the foot of the slope. There are many villages across from the slope, therefore, the buildings and structures nearby, even the lives of the villagers are threatened by the damages caused by the deformation of the slope. Tectonic development and mining activities have very profound effects on the stability of the slope. Considering the above, this paper analyzed the effects of the fault in controlling the deformation features of the destabilized slope during underground mining by adopting the method of numerical simulation from these perspectives including displacement, stress, strain, among others. under different circumstances (the faulted and unfaulted) so as to provide guidance for future studies about landslides of the same type and give preventive proposals for reference.

Keywords : deformation features; destabilized mining slope; fault-controlled conditions.

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