In the present manuscript, a stabilized two-phase PD-FEM coupling approach is developed
for simulating deformation and fracture propagation in partially saturated porous media …

This article presents a fully coupled finite element method for the single cohesive fracture
propagation in a deformable porous medium (rock) interacting with two immiscible pore …

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

This paper proposes an enriched degree of freedom method for absorbing boundary
conditions in the time-domain finite element method (TD-FEM). In the proposed method, to …

We present a novel non-local integral-type damage formulation for hydraulic fracture of poro-
viscoelastic media under the framework of irreversible thermodynamics. The poro …

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 …

This paper presents a finite element framework for imposing frictional contact conditions on
embedded fracture faces, implemented by the constant-strain assumed enhanced strain …

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 …

In this study, the nonlocal, nonordinary state‐based peridynamics (NOSBPD) is introduced
as a novel regularization technique to study the strain localization and progressive failure of …

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' …