The influence of scour on the lateral response of monopile foundations for offshore wind
turbines is investigated in this paper. Application of lateral load-displacement (py) curves to …

This article aims to provide a concise state-of-the-art review of the seismic soil–structure
interaction (SSI) studies related to building structures. Irrespective of the type of structure …

Offshore and land-based structures represent large capital investments. They are designed
to withstand various types of environmental loads such as earthquakes, winds, ocean …

Historical masonry arch bridges, which represent the richness of cultural heritage of the
country (Anatolia, Turkey), should be protected against detrimental effects and transferred …

Abstract Dynamic Soil-Structure Interaction (DSSI) is an area of much ongoing research and
has wide and varied applications from seismic response analysis to offshore wind …

Offshore wind turbines (OWT) are now constructed in the seismically active regions due to
rising energy demand. This study investigates the seismic response of the monopile …

The previous earthquake surveys show that central columns are the weak parts in subway
stations during the earthquakes. Reducing the seismic responses of central columns can …

The cross-section and the structural twist angle of a typical wind turbine blade vary along its
span. This complicates its realistic modeling in nonlinear dynamic analysis of wind turbines …

Abstract Beam-on-dynamic-Winkler-foundation models are widely used to study kinematic
soil-pile interaction. Winkler models consider the pile as a flexural beam and simulate the …

For the monopile-supported offshore wind turbine (OWT), scour can significantly affect the
seismic responses of the structure. However, the combined effects of scour and earthquakes …