We present the fundamental concepts of SPH with particular emphasis on its state-of-the-art
applications in geomechanics and geotechnical engineering. In the first part of the paper, we …

The study on fluid-solid interaction in heterogeneous suspensions is essential for theoretical
research and engineering practice. In this paper, a three-dimensional fully resolved SPH …

This paper examines a flowslide involving a glacial deposit of low-plasticity silty sand
triggered by a karstic spring after a rainfall period. The work aims at explaining the …

We outline a continuum approach for treating discrete granular flows that holds across
multiple scales: from experiments that focus on centimeter-size control volumes, to tests that …

Rainfall-induced landslides cause various types of damage, including damage to
infrastructure, leading to devastating economic losses and human casualties. Although …

A stabilized coupled total-Lagrangian and conventional Euler kernel based smoothed
particle hydrodynamics (TL-CE SPH) method is presented to model three-dimensional …

This contribution outlines a multiphase flow solution method developed in conjunction with
the incompressible smoothed particle hydrodynamics (SPH) discretization. We present (a) a …

We describe an analytical framework implemented in a general-purpose mobility simulation
platform for enabling the design of control policies for improved rover mobility in granular …

Dry granular materials have been the subject of many investigations, while wet granular
materials, which widely exist in many real-world applications, have only received limited …

The prediction of transient granular material flow is of fundamental industrial importance.
The potential of using numerical methods in system design for increasing the operating …