What is it about?
The objective of this paper is to develop effectivemethodsof weight optimization forwind turbine blades. Newmathematical model based on the application of boundary element method is proposed.Hypersingular integral equations are used to determine the dynamic pressure on the blade. Anew version of the nonlinear programming method, based on the usageof adaptive management of optimization procedures, is elaborated. As computer simulation results,the wind turbine blade is obtained with minimalweight.
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Why is it important?
n this research the newversion of the method for solving nonlinear programming problems has been developed, based on the use of a combination of various optimization methods, which are included in the process by introducing the adaptive control. The estimationof the blade of wind power plants was carried out, which allowed reduce its weight while meeting design and strength constraints
Perspectives
he further research in the area will be concern with application of new innovative composite as materials for wind turbine bladesproducing
Prof Elena Alexandrida Strelnikova
A. N. Podgorny Institute for Mechanical Engineering Problems
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This page is a summary of: Computer Modeling Wind Turbine Blades with Optimal Parameter, Modeling Control and Information Technologies, November 2023, National University of Water and Environmental Engineering,
DOI: 10.31713/mcit.2023.006.
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