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Analysis of Stress-strain State of Diagonal Mines in Multilinked Anisotropic Massif under the Actions of Elastic Waves

This paper is devoted to the research analysis of stress-strain state of anisotropic massif containing the deep located diagonal mines of arbitrary profile under the propagation of elastic longitudinal and shift waves. The special case of generalized plane deformation is considered at this paper to demonstrate possible results of the solutions for different located mines (drifts, crosscuts and diagonal mines). The cases of two fundamental problems are considered as boundary conditions in the given paper. Based on solutions for generalized plane deformation we demonstrate different diagrams and graphs for the concentration of stresses and displacements in dependency of various physical and mechanical properties of anisotropic rock massif, incident waves and ways of mines location.