This paper presents a detailed numerical study of the retrogressive failure of landslides in
sensitive clays. The dynamic modelling of the landslides is carried out using a novel …

Large-scale landslides in sensitive clays cannot be explained properly using the traditional
limit equilibrium or Lagrangian-based finite-element (FE) methods. In the present study …

Flowslide and spread are two common types of landslides in sensitive clays. Empirical
criteria, based on single or multiple soil properties and slope geometry, have been proposed …

Sensitive clays are known for producing retrogressive landslides, also called spread or
flowslides. The key characteristics associated with the occurrence of these landslides on a …

Landslides in sensitive clays pose a major threat to life, property and the environment. The
lack of warning signs and the extreme mobility of quick clays increase the risk. When …

Landslide risk analysis is a common geotechnical evaluation and it aims to protect life and
infrastructure. In the case of sensitive clay zones, landslides can affect large areas and are …

Canada has a geological history that lead to the formation of sensitive clay deposits. These
deposits are notorious for their large landslides. This paper presents an overview of the …

Submarine landslides can pose a significant threat to offshore installations and coastal
communities. They can strike installations far from their origin and generate destructive …

Sensitive clays are prone to various types of landslides. Among these are flow slides that are
able to affect hectares of land. Moreover, debris from these flow slides has a high mobility …

Monopiles are the most common foundation type in the offshore wind industry. Their design
is largely dependent on the ability to accurately model the soil-structure response of the …