Discrete models of solids have been motivated, in large part, by the discontinuous and
heterogeneous nature of material structure and its breakdown under loading. The …

In this research, a novel three-dimensional Bonded Block Model (BBM) for the Discrete
Element Method is proposed for the simulation of transversely isotropic rocks. The model …

To address the instability and failure of fractured rock masses under dynamic loads in deep
underground engineering, this study prepared granite specimens with five different fracture …

A framework for the discontinuum-based simulation of spalling failure in rock tunnels is
proposed. This innovation involves the combined application of the damage-initiation and …

The role of rock bolts has become more important for a tunnel/cavern construction because
of the wide use of conventional tunnelling methods under severe conditions. However, there …

To investigate the strength characteristics and failure mechanism of granite after thermal
treatment are critical for geothermal energy storage and development. Acoustic emission …

In this study, we propose a new numerical technique to couple non‐ordinary state‐based
peridynamics (NOSB‐PD) and the finite element method (FEM), and improve the scheme by …

A damage softening model is implemented into a discrete lattice framework with embedded
strong discontinuities for the discontinuous representation of fracture. Such a model fits …

The elastic properties of shale and mudstone from unconventional subsurface reservoirs are
of great significance for the evaluation of rock fracturing, especially for hydraulic fracturing …

This paper reports on a combined experimental and numerical modeling investigation of
cracking of concrete slabs with GFRP reinforcement. At this stage of the project, attention is …