Abstract
This work analyzes the process of construction and
manufacturing of a blade used in a wind turbine. The calculation
scheme is presented for forces generated on the blade of a wind
turbine and parameters are determined of weather conditions in
which the designed element would be working. Subsequently, for
the chosen aerodynamic profile the characteristics are calculated
of its aerodynamic coefficients, which enables the establishing
of the angle of attack which impacts the yield of wind engines.
The presented process is an introduction to 3D modelling of
a wind turbine’s blade and simulation of its creation in a CAM
environment.
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