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Capturing dynamic rockburst behaviors of deep rock masses with a novel nonlocal general particle dynamic method

Jin-Hu Pan, Xiao-Ping Zhou

2026International Journal of Rock Mechanics and Mining Sciences6 citationsDOI

Topics & Concepts

MechanicsGeologyJoint (building)Deformation (meteorology)Geotechnical engineeringDiscrete element methodShear (geology)Computer simulationParticle (ecology)Discontinuous Deformation AnalysisMomentum (technical analysis)Field (mathematics)Constitutive equationRock mass classificationFracture (geology)Shear bandProcess (computing)Contact dynamicsMaterial point methodForming processesPlane stressBlock (permutation group theory)Structural engineeringFracture mechanicsContact forceShear wavesRock mechanicsBar (unit)DilatantSmoothed-particle hydrodynamicsShear zoneContact mechanicsWork (physics)Split-Hopkinson pressure barSeismic waveMaterials scienceRock Mechanics and ModelingHigh-Velocity Impact and Material BehaviorNonlocal and gradient elasticity in micro/nano structures
Capturing dynamic rockburst behaviors of deep rock masses with a novel nonlocal general particle dynamic method | Litcius