… Wind turbine aerodynamic design optimization is performed in this thesis. First of all, an …
developed by using BEM theory which computes the performance of wind turbines according to …

… methodology for wind turbine blade design optimization is proposed. Accordingly, … genetic
algorithm (GA)-based optimization tool. Next, several optimization processes of a wind turbine …

… optimization study for rotor airfoils and blades of Horizontal Axis Wind Turbines (HAWTs)
is performed by using different airfoil representations and genetic algorithm. Two airfoil …

… for both optimization procedure and also BEM … genetic algorithms, the binary approach and
the real-coded one, were adopted in this study for the design and optimization of wind turbine …

… approach to wind turbine design optimization and a new insight into wind turbine design. …
blade with the lifting surface method using NSGA II (Nondominated Sorting Genetic Algorithm II…

… -speed horizontal axis wind turbine using the BEM theory to … wind blade shape using a
genetic algorithm. This work focused on optimization of wind turbine application in particular wind …

… [5] applied a genetic algorithm (GA) to optimize wind turbine blades, where the emphasis …
by the Blade Element Momentum (BEM) theory. Genetic algorithms along with the BEM theory …

… Here AEP was calculated using blade element momentum theory (BEMT) which can
yield quick aerodynamic load predictions [1], [16]. Despite its weaknesses for high …

… sorting genetic algorithm (NSGA) II is adapted for the multi-objective optimization of the blades…
is fixed, the aerodynamic loads can be calculated using BEM theory [20,21] by dividing the …

… Genetic algorithm has been used with BEM theory in many studies. For example, Pourrajabian
et al. [22] used the genetic algorithm for optimization of … horizontal axis wind turbine. The …