Continuum porous media theories, extended by a diffusive phase-field modeling (PFM)
approach, introduce a convenient and efficient tool to the simulation of hydraulic fracture in …

The coupled thermo-hydro-mechanical (THM) response of liquid-infiltrated porous media
underpins the safe operation and maintenance of key engineering infrastructure …

Hydraulic fracturing is a big issue in the exploitation of oil and gas resources as well as in
the production of heat in deep geothermal energy plants. Investigating hydraulic fracturing …

In this paper, a new formulation of material point method (MPM) to model coupled soil
deformation and pore fluid flow problems is presented within the framework of the theory of …

This research work presents an experimental and numerical study of the coupled thermo-
hydro-mechanical (THM) processes that occur during soil freezing. With focusing on the …

This study develops a hydro-damage-mechanical fully coupled numerical method capable
of modelling complex fluid-driven transient dynamic crack propagation in quasi-brittle …

This study presents a new formulation of smoothed particle finite element method (SPFEM)
for dynamic problems in two-phase saturated porous media. A node integration method is …

This manuscript introduces a unified mathematical framework to replicate both desiccation-
induced and hydraulic fracturing in low-permeable unsaturated porous materials observed …

The node-based strain smoothed particle finite element method (NS-PFEM) has a high level
of computational efficiency. However, it has not yet been extended to hydromechanical …

The purpose of this paper is to investigate the utilization of artificial neural networks (ANNs)
in learning models that address the nonlinear anisotropic flow and hysteresis retention …