Geometry alterations of wind turbine blades due to erosion reduce the blade aerodynamic
performance, yielding turbine power and energy losses. This study proposes a novel …

Blade leading edge erosion is acknowledged to significantly reduce the energy yield of wind
turbines. The problem is particularly severe for offshore installations, due to faster erosion …

Quantification of the performance degradation on the annual energy production (AEP) of a
wind farm due to leading‐edge (LE) erosion of wind turbine blades is important to design …

Predicting losses of wind turbine energy yield due to blade leading edge erosion is a major
challenge, hindering blade predictive maintenance, and preventing further cost of energy …

Wind turbine blade leading edge erosion reduces the lift and increases the drag of the blade
airfoils. This occurrence, in turn, reduces turbine power and energy yield. This study focuses …

A multi-scale computational fluid dynamics analysis of wind turbine blade leading edge
erosion is presented. The test case is a large set of eroded blade sections. These are …

In this study, a method for correcting a one-dimensional (1D) meanline model for axial-flow
compressors using measured data and its effectiveness were described. The proposed …

To study the feasibility of using machine learning technology to solve the forward problem
(prediction of aerodynamic parameters) and the inverse problem (prediction of geometric …

Blades leading edge erosion can significantly reduce annual energy production of wind
turbines. Accurate estimates of the resulting blade performance impairment are paramount …

Wind turbine leading edge erosion is a complex installation site-dependent process that
spoils the aerodynamic performance of wind turbine rotors. This gradual damage process …