Discrete fracture and matrix modeling of coupled flow and geomechanics is instrumental for
understanding flow in fractured media for various geoengineering applications such as …

We present a unified criterion for cohesive modeling of fluid‐driven fracture based on the
dimensional analysis to simultaneously provide the constraint for cohesive element and time …

We present an assumed enhanced strain finite element framework for the simulation of
tensile fracturing processes in transversely isotropic rocks. Fractures along the weak …

A novel mixed enriched finite element model is developed for coupled non‐linear thermo‐
hydro‐mechanical simulation of fractured porous media with three‐phase flow and thermal …

This paper presents a forensic numerical study on hydro-fracturing at three locations within
an excavation in a clayey till underlain by an aquifer in Ontario, Canada. The pioneering …

In reservoir simulation, it is important to understand the mechanical behaviour of fractured
rocks and the effect of shear and tensile displacements of fractures on their aperture. Tensile …

Some existing coupling models of porous media ignore the gas phase or gas
compressibility, making them inadequate in describing the gas transport process and their …

A coupled hydro-mechanical field-enriched finite element method (HM-FE-FEM) is
developed for simulating the hydraulic fracture process of rocks subjected to in situ stresses …

This study presents a novel approach for simulating hydraulic fracture propagation in
variably saturated porous media using the time sub-stepping method. Based on the authors' …

Рассматриваются вопросы структурного строения массива горных пород, влияющего
на заданное качество буровзрывной подготовки горной массы и выход негабарита …