Purpose The design of cantilever pile walls (CPWs) presents several common challenges.
These challenges include soil variability, groundwater conditions, complex loading …

An anchored pile structure is a type of retaining structure that is widely used in excavation
support systems, water-front structures, slope stabilization, and landslide prevention. This …

The discharge flow rate beneath sheet plies is an essential parameter in designing these
water retaining structures. This paper presents a unified framework for modeling and …

Anchored stabilizing piles (ASPs) are now extensively applied as an effective method in
landslide treatment, but systematic studies ASPs in landslides are still lacking. The behavior …

The sheet-pile wall is widely combined with anchoring frame beam to support high slope in
Geotechnical Engineering. However, the dynamic characteristics of the sheet-pile wall with …

This study presents the results of a numerical investigation performed to investigate the
behavior of a cantilever secant pile wall (CSPW) used to support excavation in sandy soil …

This study investigates the response of pre-stressed anchored excavation walls under
dynamic and pseudo-static loadings. A finite difference numerical model was developed …

Response spectrum analysis is a linear dynamic method that efficiently determines the
maximum response of a structure according to its natural period. It is mainly used as a …

The pile-anchor structure is widely used in slope/landslide reinforcement, and is also
applicable to debris flow and rockfall barriers in mountainous areas. However, the impact …

In this study, an analysis of soil–retaining wall dynamic interaction is conducted using three-
dimensional discrete-element method (DEM) simulations. Soil grains are treated as rigid …