Since the introduction of the concept of very large floating structure (VLFS), research in this
area has become increasingly intensive. VLFSs have the potential to serve various functions …

This paper introduces a framework designed to optimize the configuration of a 15 MW
floating offshore wind turbine (FOWT) with a focus on the cost. The proposed framework …

Offshore wind energy is being supported by more national policies. The complexity of the
marine environment makes it more difficult to study the coupling performance of offshore …

Sequential design optimization is frequently used to design floating offshore wind turbines.
This method simplifies the design problem by implementing each of the disciplines …

This paper presents a frequency-domain method for the stress analysis of flexible floating
structures exposed to a spatially inhomogeneous wave field. A hydroelastic model is …

The coordinated and integrated development of multiple marine industries is conducive to
achieving efficient utilization of the ocean. Here, a novel semi-submersible floating wind …

An analytical approach and numerical solution to determine coupled aeroelastic and
hydroelastic response of floating offshore wind turbines of arbitrary shape to combined wind …

In this study, a two-step stress analysis method to incorporate the global hydroelasticity and
local bending effect is developed in the frequency domain. In the first step, the continuous …

Due to the complexity of the second-order boundary value problem (BVP) considered in the
generalized mode, the second-order hydroelasticity analysis is still challenging. Based on …

Floating solar platform (FSP) installations in coastal waters provide a significant energy
source for reaching the goal of global net-zero emissions by 2050. These alternative and …