This study presents a quantitative methodology for offshore wind power plant site selection
in Northwest Turkey using Geographical Information Systems (GIS) and Analytical Hierarchy …

The effect of soil spatial variability on the undrained vertical uplift capacity of plate anchors
has been examined using the three-dimensional random finite-element approach. Multiple …

Due to the mechanical properties of the seabed exhibiting horizontal and vertical spatial
variability, an important challenge in offshore geotechnical design lies in the selection of the …

In the design and analysis of pile foundations, the horizontal load is an important factor that
needs to be considered. The reliability analysis can take the uncertainty of various …

Key parameters describing the spatial variability of soil properties based on the random field
theory are the scale of fluctuation (SOF) and coefficient of variation (COV). To characterize …

Probabilistic site characterization usually requires a parametric model such as the Gaussian
random field to begin. This paper proposes a nonparametric approach to characterizing soil …

Safe design of monopiles for Offshore Wind Turbines (OWT) requires an accurate estimation
of the foundation soil material properties. Uncertainty in soils is mainly due to their inherent …

Offshore wind turbines gain more importance worldwide as they contribute to reduce
greenhouse gas emissions and achieve a low-carbon future producing sustainable energy …

Geotechnical site characterization requires the determination of site-specific field
parameters which are known to exhibit pronounced variability. The study performed a …

• If a simulation fails to satisfy any of these limit checks (such as shear, combined, overload,
bearing, and service checks), then it is evaluated as unsatisfactory performance. In the end …