We present a novel phase field method for modeling hydraulic fracture propagation in
poroelastic media. In this approach, a new phase field evolution equation is derived to …

Crack development in brittle materials under dynamic loading is widely involved in
engineering, in which crack initiation, propagation and coalescence are typical phenomena …

In this paper, a seepage-stress coupling numerical analysis method is developed to
simulate complex hydraulic fracturing in porous medium, in which the characteristics of …

A novel phase field model of two-phase fluid flow based on the interaction between solid
and pore fluids for modelling hydraulic fracture propagation in poro-elastic media is …

Adiabatic shear band (ASB) is an important failure mode of solid materials, especially for
metal materials under high strain rate loading. In this study, a thermo-elastic-plastic phase …

A phase-field model based on a modified form of the regularized formulation of Griffith's
fracture theory is presented to investigate intergranular and transgranular crack …

In this article, the bond-particle methodology (BPM) is applied to investigate the crack
propagation and crack branching, which is belong to dynamic fracture instabilities, in PMMA …

In the present work, phase field model has been implemented for simulating hydraulic
fracturing in porous reservoir which consists of several poorly connected natural fractures …

This work presents an introduction to popular damage and fracture models along with the
major breakthroughs and the current state of the art. The theoretical and computational …

The cracking behavior and mechanical properties of brittle rocks is controlled by its
microstructure. In this work, an extended grain-based phase field method (GB-PFM) based …