Horizontal axis tidal turbines (HATT) conversion of ocean tidal waves into electricity
represents a promising source of clean and sustainable energy. However, the widespread …

Over the past few decades, marine current energy utilization has transitioned from
conceptual demonstrations to industrial-scale prototypes. This progression now approaches …

The main aim of this paper is to explore new approaches to structural design and to solve
the problem of lightweight design of structures involving multivariable and multi-objectives …

Horizontal axis tidal turbines (HATT) are promising candidates for hydroelectric power
extraction in coastal urban applications. Currently, concerns around the fluid–structure …

A comprehensive understanding of wind turbine wake characteristics is vital, particularly in
the context of expanding large offshore wind farms. Existing wake measurement techniques …

A precise and cost-effective prediction tool for fluid-structure interaction (FSI) analysis is
crucial for optimizing the structural design of tidal turbine blades. However, the high …

Hydrofoil optimization plays a crucial role in improving the hydrodynamic performance of
tidal turbines. However, the high-dimensional representations in hydrofoil design space …

The practical design optimization of blade structures is crucial for enhancing the power
capture capability of tidal turbines. However, the significant computational costs required for …

As the demand for ocean energy continues to grow, the development of efficient design and
optimization methods for tidal current turbines is crucial. Traditional approaches, often based …

Tidal turbines play a critical role in converting the kinetic energy of water into electricity,
contributing significantly to energy conversion. However, the current optimization design of …