Numerical Simulation Study on Ground Stress Distribution around Thrust Fault

Lu Sheng Song; Shu Gang Li; Ting Xu Yan

doi:10.4028/www.scientific.net/AMR.838-841.773

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The Fitting Analysis of the Miscellaneous Filled Slope Deformation Monitoring
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Stability Analysis for Coupling Hydraulic-Mechanical Unsaturated Deposit Body under Rainfall Infiltration
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Numerical Simulation Study on Ground Stress Distribution around Thrust Fault
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Finite Element Analysis and Investigation of Double-Row Piles Supporting Structure
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Settlement Calculation and Analysis of the Southwest Airport High Fills Settlement
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Analysis and Research about the Influence of Round Gravel Soil Distribution Situation on Water Stop Curtain Construction
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Research on Modeling Technology for Three-Dimension Analysis of Irregular Slope Stability in Surface Mines and its Application
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 838-841Numerical Simulation Study on Ground Stress...

Numerical Simulation Study on Ground Stress Distribution around Thrust Fault

Abstract:

Based on geological conditions of working face 25110 in YiMa coal mine, the ground stress distribution around thrust fault is simulated by using FLAC^3D. In the fault profile, the intersection of fault footwall profile and the middle of coal seam tendency dip profile, ground stress distribution are analyzed. Distress is not continuous because of faults. Coal and rock show different stress states under high stress because of different physical and mechanical properties, and the maximum principal stress and the minimum principal stress distribute consistently with the z axis and the x axis. It provide basis on optimal design of outburst prevention of coal seam with impulsion pressure risk.