This monograph is centered on mathematical modeling, innovative numerical algorithms
and adaptive concepts to deal with fracture phenomena in multiphysics. State-of-the-art …

A hydro-mechanical-damage fully coupled numerical method is developed for simulations of
complicated quasi-brittle fracking in poroelastic media. A unified fluid continuity equation …

This paper develops a phase-field approach to model hydro-thermally induced crack
propagation in thermo-poroelastic media. Both thermal conduction and convection, and the …

This paper proposes a diffused approach to approximate failure at interfaces that physically
occupy negligible space compared to the bulk material. For an interface diffused over a …

This paper presents a hydro-mechanical phase field model that integrates the unified phase
field fracture theory and Biot's theory, emphasizing the correction of the volumetric strain …

Simulation of complex fracture patterns in porous media can help understand and improve
hydraulic fracturing processes, with potential for significant impact on enhancing oil and gas …

Hydraulic fracturing of saturated brittle rock is a common discontinuous multi-physics
phenomenon. The evolution and flow behavior of hydraulic fractures are the key to multi …

In this study, a new coupled fluid flow and fracture phase field evolution model is proposed
to simulate hydraulic fracture propagation in porous media with natural fracture. In the …

Hydraulic fracturing is a widely used technique applied in unconventional reservoirs to
generate large fracture networks. Interactions between hydraulic fracture (HF) and natural …

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 …