We present a discussion of the state-of-the-art on the use of discrete fracture networks
(DFNs) for modelling geometrical characteristics, geomechanical evolution and …

The goal of this review paper is to provide a summary of selected discrete element and
hybrid finite–discrete element modeling techniques that have emerged in the field of rock …

Non-persistent joints are commonly observed in the rock mass, and play a significant role in
the stability of rock engineering. A detailed understanding of the cracking process is critical …

This paper presents a new, fully-coupled, hydro-mechanical (HM) formulation for a finite-
discrete element method computer code. In the newly-developed, hydraulic solver, fluid flow …

Naturally fractured mine pillars provide an excellent example of the importance of accurately
determining rock mass strength. Failure in slender pillars is predominantly controlled by …

Intact rock bridges have been recognised as of critical importance in the stability of rock
slopes but still remain a poorly understood and challenging engineering problem both in …

Rock failure is usually controlled by tensile strength. Commonly used means to determine
the tensile strength of rock include the direct tension test (DTT), the Brazilian test (BT) and …

Structural defects such as joints or faults are inherent to almost any rock mass. In many
situations those defects have a major impact on slope stability as they can control the …

Numerical investigation on stability of the rock slope with densely distributed fractures is still
challenging. To overcome the large computational requirements caused by the fracture …

In mining engineering, mining rate is a significant factor for determining mining efficiency
and safety. In the present work, uniaxial compression tests under different quasi-static …