The characterization of artificial fracture propagation law in the fracturing process of shale
reservoirs is the basis for evaluating the fracture conductivity and a key indicator of the …

In this work, we review and describe our computational framework for solving multiphysics
phase-field fracture problems in porous media. Therein, the following five coupled nonlinear …

Tracking the crack propagation in concrete at the mesoscopic level is of great importance for
revealing the crack pattern and failure mechanism, due to the huge threat of cracking to …

Recently, the accurate modeling of flow‐structure interactions has gained more attention
and importance for both petroleum and environmental engineering applications. Of …

We propose an immiscible two phase flow fracture model, based on a phase-field for
treating crack propagation in porous media. This multifluid model is an extension of classical …

This paper describes the main features of our parallel-adaptive open-source framework for
solving phase-field fracture problems called pfm-cracks. Our program allows for dimension …

We present a framework for the coupling of fluid-filled fracture propagation and a genetic
inverse algorithm for optimizing hydraulic fracturing scenarios in porous media. Fracture …

In this paper, a novel computational framework is introduced for simulation of multiphase
flow, geomechanics, and fracture propagation in porous media based on Biot's model for …

A phase‐field approach for fluid‐driven fracture propagation in porous media with varying
constant compatible stress boundary conditions is discussed and implemented. Since crack …

This paper considers a coupled flow and mechanics problem in a fractured poro-elastic
medium. The fracture geometry is explicitly treated as a possibly non-planar interface. The …