A.R Yass, M., Ali Hussein, H., Abdulzahra Shkara, M. (2018). Power optimization of wind mill turbine blade for different cross section. , 26(2), 127-134.
Muhammad A.R Yass; Hussein Ali Hussein; Mahmood Abdulzahra Shkara. "Power optimization of wind mill turbine blade for different cross section". , 26, 2, 2018, 127-134.
A.R Yass, M., Ali Hussein, H., Abdulzahra Shkara, M. (2018). 'Power optimization of wind mill turbine blade for different cross section', , 26(2), pp. 127-134.
A.R Yass, M., Ali Hussein, H., Abdulzahra Shkara, M. Power optimization of wind mill turbine blade for different cross section. , 2018; 26(2): 127-134.

Power optimization of wind mill turbine blade for different cross section

Journal of University of Babylon
Article 1, Volume 26, Issue 2, 2018, Pages 127-134
Authors
Muhammad A.R Yass; Hussein Ali Hussein; Mahmood Abdulzahra Shkara
Abstract
The aim of this paper was to attain best optimization for twist angle and the chord of wind mill blade by using CFD code with Schmitz, Betz and .Lift to drag twist optimization along with Genetic Algorithm method. The technical point of view to change the cross section of the blade by using symmetry airfoil (NACA-0012), unsymmetrical airfoil (NACA-4412) and supercritical airfoil (Eppler-417). The best optimization Method was Schmitz chord optimization and lift to drag for twist optimization which increase the Cp 10.3% for Eppler 417 , 9.5% for NACA 4412 and 16% for NACA 0012. All results were plotted and tabulated for all optimization results.
Keywords
Optimal Design; algorithms; Betz Schmitz Lift; Wind Power; Computational fluid dynamics; Aerodynamic; Schmitz Lift; Betz
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