Debris flows have been widely researched during the last decades since they are
catastrophic events with significant infrastructure and environmental impacts. Typically, they …

The geometry of a landslide dam plays a critical role in its stability and failure mode, and is
influenced by the damming process. However, there is a lack of understanding of the factors …

Abstracts This paper aims to introduce a filtering concept for evaluation and optimization of
the feasibility and energy productivity for hydrothermal doublet systems. It also provides an …

Railway embankments in seismically active areas are prone to earthquake-induced
damage. In many instances globally, such damage has led to substantial economic losses …

A simulation framework based on Smoothed Particle Hydrodynamics (SPH) is introduced to
model problems involving the interaction between flowing water and soil deformation …

Large deformation and strain localization are the common physical processes that a soil
slope may encounter when it becomes unstable and fails. Numerical modelling of such …

Debris flows, characterized by high speeds and long run-out distances, can trigger a series
of destructive events when entering reservoir areas, even leading to severe secondary …

The intermittent hole-digging tree-planting machine shows a periodic short-time peak load
law in planting operation, and the operation process is “idling” for small loads most of the …

Injection of Newtonian fluids to displace pseudoplastic and dilatant fluids, governed by the
power-law viscosity relationship, is common in many industrial processes. In these …

Geotechnical engineering is considered one of the oldest disciplines in civil engineering. To
date, to extract hidden information, numerical simulations have been performed using the …