This paper presents a method for simultaneous optimization of the outer shape and internal
topology of aircraft wings, with the objective of minimizing drag subject to lift and compliance …

Wind turbine (WT) have attracted more and more attention as a potential way to compensate
the fall of the power system inertia by participating in inertial control (IC). However, such …

Frequency regulation adjusts the power or torque of the wind turbine generator (WTG)
without considering the operating dynamics of WTG's shaft and tower, which results in a …

Wind power is one of the most used renewable energy sources; however, effective wind
turbine design remains a challenge. This paper proposes a framework to explore the multi …

A method for analyzing the performance of a wind turbine blade design with an adaptive
variable twist is presented. The possibility of implementing morphing features is becoming …

In this paper, a constrained optimization by linear approximation (COBYLA) algorithm is
used to optimize the design of a 5 MW wind turbine blade. In the process of blade material …

The study designs iterative and non-iterative network frameworks that can predict solutions
for topology optimization. The modified solid isotropic material with the penalization method …

This work introduces an aeroelastic optimization framework with a coupled three-
dimensional panel method and Timoshenko beam finite element model. The method allows …

Topology optimization (TO) has experienced substantial progress in both scholarly research
and practical engineering applications. Recent years have witnessed extensive research on …

A sequentially coupled shape and topology optimization framework is presented in which
the outer geometry and the internal topological layout of beam-type structures are optimized …