Wind energy is one of the most sustainable and renewable resources for power generation.
Offshore wind turbines (OWTs) derive significant wind energy compared to onshore …

The use of optimization methods in geotechnics dates back to the 1950s. They were used in
slope stability analysis (Bishop) and evolved to a wide range of applications in ground …

The inherent variability of soil parameters noticeably influences geotechnical structures such
as piled-raft foundations. In this research the application of random fields is extended to a …

The aim of this article was to optimize the shape and modulus of T-shaped deep cement
mixing (TDM) and conventional deep cement mixing (DCM) columns for supporting …

Annular shaped pile groups are a very common foundation layout for onshore wind turbines
and other slender structures. In this study, their performance under vertical loads of …

In this study, a coupled numerical modeling and soft computing was carried out to
investigate the seismic response and liquefaction resistance of two common types of …

Complex marine environment causes significant variations in the dynamic loads and soil
parameters that affect the design of a monopile. Despite these uncertainties, a multi …

Important buildings such as nuclear power plants always require stricter control of
differential settlement than ordinary buildings. Therefore, it is necessary to provide an …

The piled raft foundations are subjected to combined vertical, moment and lateral (V–M–L)
loading due to wave, lateral earth pressure, and wind in addition to gravity loading in …

Este documento muestra un modelo optimizado para zapatas combinadas trapezoidales
apoyadas sobre el terreno que soportan una carga concentrada y momentos alrededor de …