A novel numerical approach, namely Material Point Method (MPM), is applied to analyze the
build-up of pore water pressure inside the landslide body during the impact against different …

Global warming and climate changes have been one of the many causes that triggered
numerous catastrophic landslide and mudflow disasters in the past twenty years. The …

Advances in numerical methods have provided useful tools for investigating the complex
behaviour of landslides, which can be a valuable support for landslide hazard assessment …

Within the past two decades, mass movements hazards involving fast and large soil
deformation have increased significantly in frequency and magnitude due to their strong …

Traditional numerical methods, such as the finite element method or the finite difference
method, are generally used to analyze the slope response in the pre-failure and failure …

This study presents two suitable extensions to the Material Point Method (MPM) for improved
modeling capabilities in the context of landslide and debris flows. The first provides a multi …

Reliable estimates of the impact forces induced by flow-like landslides on existing structures
is of great importance for hazard assessment. This is customarily obtained by means of …

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

Exploring the submarine landslide is challenging due to the invisibility nature and the
complex soil‐water interaction and large deformation throughout its runout process. The …

In this study, the dynamic process of soil landslides is investigated using the material point
method (MPM). A basal friction algorithm is developed based on the MPM, and the pore …