Research interests: Mechanical properties and multi-scale modeling of marine organic soil.

Research interests: 1) Artificial intelligence in geotechnical engineering; 2) Big data statistical analysis of basic geotechnical characteristics.

Research interests: 1) Application of Machine Learning in Geotechnical Engineering; 2) Particle breakage of carbonate sands and relevant CT reconstruction.

Research interests: 1) Analysis of river network morphology and its formation causes; 2) The long-term influence of groundwater flow on river network; 3) Numerical simulation of fluvial landform evolution.

Research interests: 1) Ground Improvement by deep cement mixing (DCM) ; 2) Finite element analysis for geotechnical engineering.

Research interests: 1) Particle breakage simulated by DEM; 2) Multiscale analysis in geotechnical engineering; 3) Analytical solution on tunnel excavation.

Research interests: 1) Combined Finite-discrete element method; 2) Finite element large deformation analysis for geotechnical engineering; 3) Multi-physical field coupling calculation (THMC).

Research interests: 1) Large deformation simulation in geomechanics based on convex cone programming and particle finite element method; 2) Fluid-structure-soil interaction analysis algorithm using particle finite element method.

Research interests: 1) Track ballast micromechanics analysis using Discrete Element Methods (DEM); 2) CFD-DEM Coupled Simulation of the ballast railway track behavior; 3) Ballast railway track improvements.

Research interests: 1) Finite element analysis in offshore geotechnical engineering; 2) Machine learning in geotechnical engineering.

Research interests: 1) Artificial intelligence in geotechnical engineering; 2) Physics-informed neural network for geotechnical engineering; 3) Constitutive modeling of soils.

Research interests: 1) Artificial intelligence in geotechnical engineering.

Research interests: 1) Application of Machine Learning in Geotechnical Engineering; 2) Coupled CFD-DEM-FEM simulation; 3) Elastic Visco - Plastic (EVP) constitutive model.

Research interests: 1) FEM analysis for rock mechanics in engineering; 2) Peridynamic analysis for rock mechanics.

Research interests: 1) Artificial intelligence in geotechnical engineering; 2) 3D reconstruction application in geotechnical engineering; 3) Constitutive modeling of soils.

Research interests: 1) Long-term Macro-/micro- Behavior of sustainable binder-treated HKMD against Wetting–drying Cycles; 2) CO2 Sequestration Based Microbially Induced Calcium Carbonate Precipitation; 3) Bio-Stimulated Microbial Induced Calcite Precipitation.

Research interests: 1) Anisotropy in small-strain shear modulus; 2) Constitutive modeling of soils treated by MICP.

Research interests: 1) Finite Element Modeling of Marine Structure; 2) Application of Artificial Intelligence in Engineering.

Research interests: 1) Limit analysis; 2) Shallow foundation; 3) Deep learning method in geotechnical engineering.

Research interests: 1)Artificial intelligence in geotechnical engineering; 2)Physics-informed neural network; 3)Suffusion rule in granular soils.

Research interests: 1) Coastal engineering; 2) CFD-DEM coupling method and VoF-DEM coupling method; 3) Sediment transportation model; 4) Multi-scale and multi-phase modeling on local scour around suction bucket foundation.

Research interests: 1) Cavity expansion-contraction thoery and in-situ tests; 2) Data-driven constitutive modeling; 3) computational mechanics.

Research interests: 1) Artificial intelligence in geotechnical engineering; 2) Finite element modeling of shield tunneling.

Research interests: 1) FEM of Marine Structure; 2) Interaction of Pontoon-Mooring-Seabed for Floating Structure.

Research interests: 1) MPM simulation in coupled hydromechanical problems; 2) Coupled SPH-FEM modeling of soil-structure interaction; 3) Coupled CFD-DEM simulation of internal erosion in Calcareous sands.

Research interests: 1) DEM simulation of particle breakage; 2) Mechanical behavior of natural hydrate-bearing sediment; 3) Hydro-mechanical modeling of multiphase flow in cohesionless soils.

Research interests: 1) Application of Artificial Intelligence in Engineering.

Research interests: 1) Fluid-solid coupling in geotechnical engineering; 2) Numerical modeling of the interaction of non-spherical particles with incompressible fluids; 3) Internal erosion of geotechnical materials.

Research interests: 1) Graph Neural Network-based prediction of excavation-induced ground settlement; 2) Uncertainty quantification and risk assessment in deep excavation projects; 3) Multi-modal data fusion for construction informatics using Large Language Models (LLMs).

Research interests: 1) Discrete element method simulation of soils; 2) Micromechanical simulation of soils Researchgate.

Research interests: 1) Constitutive modeling of granular soils, with a focus on applying particle flow code (PFC) for validation.

Research interests: 1) Finite Element Method.

Research interests: 1) Catastrophic process and risk assessment of cracked soil slopes under alternating extreme dry and wet climates; 2) Numerical simulation of atmospheric-soil interaction.

Research interests: 1) Thermo–hydro-mechanical (THM) coupling characteristics of energy geostructures; 2) Thermo-mechanical behavior of the soil–structure interface.

Research interests: 1) Macro and microscopic characteristics of cemented HKMD.

Research interests: 1) Long-term performance of shield tunnels; 2) Self-healing cementitious materials; 3) Peridynamics for civil engineering.