Area of research
Mechanics of Materials · Management, Monitoring, Policy and Law
Research interest
Research focused on Geotechnical engineering and Discrete element method, with related work in Brittleness, Disturbance (geology), Anisotropy. Notable publications include 'True triaxial test and PFC3D-GBM simulation study on mechanical properties and fracture evolution mechanisms of rock under high stresses', 'Intermittent disturbance mechanical behavior and fractional deterioration mechanical model of rock under complex true triaxial stress paths', and 'True triaxial test and DEM simulation of rock mechanical behaviors, meso-cracking mechanism and precursor subject to underground excavation disturbance'.
Fracture behavior and evolution mechanism of granular-structured marble with prefabricated cracks under three-point bending
Failure Properties and Crack Evolution Mechanism of Intact and Fissured Sandstone Under Acid Rain Dry–Wet Cycles at Room Temperature in Vacuum
Anisotropic failure evaluation and microcracking evolution discrete element simulation of rock discontinuities
Intermittent disturbance mechanical behavior and fractional deterioration mechanical model of rock under complex true triaxial stress paths
True triaxial test and DEM simulation of rock mechanical behaviors, meso-cracking mechanism and precursor subject to underground excavation disturbance
An improved model for discrete element method simulation of spatial gradient distributions of freeze-thaw-induced damage to sandstone
Dual-scale 3DEC-GBM Discrete Element Simulation On Mechanical Behavior and Anisotropic Fracture Evolution Mechanism of Rock Induced by True Three-dimensional Stress
Experimental investigation on the macro-mechanical behavior and micromechanical damage model of Xiyu conglomerate with pores and inclusions under triaxial compression
A Novel Dynamic Fractional Mechanical Model for Rock Fracture Under True Triaxial Static-Dynamic Combined Loading and its Engineering Application
Investigating on deformation characteristics and failure mechanism of bedding rock slope: field study, long-term monitoring, and reinforcement measures
Investigation on the failure mechanism of slope deformations induced by water-level fluctuation with InSAR and numerical simulation: a case study
Experimental and DEM simulations of the mechanical properties of rock under freeze–thaw cycles
Investigation on stability of soil–rock mixture slope with discrete element method
A novel anisotropic deterioration mechanical model for rock ductile–brittle failure under 3D high-stress and its application
A thermodynamic damage model for 3D stress-induced mechanical characteristics and brittle–ductile transition of rock
Mechanical parameter evolutions and deterioration constitutive model for ductile–brittle failure of surrounding rock in high-stress underground engineering
Seepage-stress combined experiment and damage model of rock in different loading and unloading paths
A novel meso-damage constitutive model of rock under true triaxial stress with three-dimensional cracking strength, threshold and closure effect
Performance of the suspension method in large cross-section shallow-buried tunnels
True triaxial test and PFC3D-GBM simulation study on mechanical properties and fracture evolution mechanisms of rock under high stresses
A new fractional-order model for time-dependent damage of rock under true triaxial stresses
Upgrading of reinforced concrete frame using novel detailing technique for progressive collapse prevention
Granular discrete element simulation of the evolution characteristics of the shear band in soil–rock mixture based on particle rotation analysis
Investigation on Fracture Mode and Initiation Mechanisms of Cracks in Sandstone Disk Containing a Preexisting Flaw
Experimental investigation of internal erosion behaviours in inclined seepage flow