In this paper, a peridynamic-enhanced finite element formulation is introduced for the
numerical simulation of thermo–hydro–mechanical coupled problems in saturated porous …

Strain localization and cracking in porous media are significant issues in engineering and
science. Periporomechanics is a strong nonlocal framework for modeling the mechanics and …

This paper develops a numerical model based on two-parameter extended bond-based
peridynamics with a new bond-breakage criterion to simulate mixed-mode fracture in rock …

In this research, we developed a new 2D triangular lattice model with axial and angular
springs to simulate fracture problems in composites. The inclusion of angular springs in the …

In this paper, an adaptive partitioning strategy and the proper orthogonal decomposition–
Galerkin method are combined to formulate an adaptive partitioned reduced order model …

In this study, a series of three-point bending tests were carried out with notched beam
structures made of polyvinyl alcohol (PVA) fiber-reinforced ultra-high-performance concrete …

Bulk superconductor is subjected to a combination of huge electromagnetic force and
temperature rise owing to the rapid movement of magnetic flux during pulsed field …

The bond-based peridynamic (BB-PD) theory is inadequate in describing the four
independent engineering material constants of composite lamina, which results in fixed …

The dynamical responses of rock subjected to blasting and impact have been of concern in
most underground projects. Due to the size effects and strain-rate enhancement induced by …

The interaction between crack propagation and interfaces is one of the critical problems in
bimaterial systems. In this paper, interfacial and subinterfacial fracture behaviors are …