Use BEM theory and Prandtl correction coefficient to obtain aerodynamic coefficients of horizontal-axis-wind-turbine

EasyChair Preprint 2614

Abstract

In order to use the wind energy optimally, we must obtain an ideal design for the turbine blades, so we had to develop the accounts to analyze the performance of the blades and subject them to this purpose. Several elements with neglecting the dynamic interaction between these elements, as well as the inclusion of the correction factor for Prandtl to find the loss of the TSL tip and TSH root to make the study more realistic in this paper.abstract— In order to use the wind energy optimally, we must obtain an ideal design for the turbine blades, so we had to develop the accounts to analyze the performance of the blades and subject them to this purpose. Several elements with neglecting the dynamic interaction between these elements, as well as the inclusion of the correction factor for Prandtl to find the loss of the TSL tip and TSH root to make the study more realistic in this paper.

Keyphrases: BEM, Prandtl, TSH, TSL, aerodynamic, blade

@booklet{EasyChair:2614,
  author    = {Bekkai Riyadh and Mdouki Ramzi},
  title     = {Use BEM theory and Prandtl correction coefficient to obtain aerodynamic coefficients of horizontal-axis-wind-turbine},
  howpublished = {EasyChair Preprint 2614},
  year      = {EasyChair, 2020}}