This study employs the smoothed particle hydrodynamics–finite element method (SPH–
FEM) coupling numerical method to investigate the impact of debris flow on reinforced …

Vulnerability analysis of engineering structures is an important aspect of risk assessment. It
involves the probability that the structure meets or exceeds various set damage conditions …

A channelized debris flow is usually represented by a mixture of solid particles of various
sizes and water flowing along a laterally confined inclined channel-shaped region to an …

In this paper, a three-dimensional numerical simulation model is established based on
smooth particle hydrodynamics (SPH) method. In this model, the dynamic behavior of debris …

In this study, the impact responses of concrete debris against soil are investigated. Three
types of concrete debris are shot at soil with different incident conditions in experiments. A …

Soil erosion control dams are widely used as part of measures to reduce damage caused by
debris flow all over the world. Engineering considerations are needed for proper design of …

During the Wenchuan Earthquake, with a magnitude of 5.12, collapses and rockfall hazards
persisted for a long time after the initial investigations carried out by research fellow SM He …

In this paper, the erosion and entrainment behavior of debris flow is investigated by three-
dimensional finite element analysis based on Coupled Eulerian-Lagrangian (CEL) method …

Field surveys of recent major flood events have emphasized the need for an in-depth
examination of debris loading. Debris loading occurs when solid objects entrained within the …

Full understanding the interaction mechanisms between flow-like landslides and the
impacted protection structures is an open issue. While several approaches, from …