Wind turbine structures are key components for modern transformation into free energy and
greener environment. In recent years, a rapid growth in the development and installation of …

With the continuous development of wind energy resources, wind turbines have become a
crucial element in the field of green energy. However, various malfunctions may occur …

This article details the implementation of a novel passive structural health monitoring
approach for damage detection in wind turbine blades using airborne sound. The approach …

Monitoring and maintaining the health of wind turbine blades has long been one of the
challenges facing the global wind energy industry. Detecting damage to a wind turbine …

In recent years, with the development of the wind power industry and the increase in the
number of wind turbines, the condition monitoring of blades and the detection of damage are …

Fibre-reinforced polymer (FRP) composite materials have been increasingly used for
strengthening concrete members. The strengthening performance and structural capacity of …

A generalized computational methodology for reduced order acoustic‐structural coupled
modeling of the aeroacoustics of a wind turbine blade is presented. This methodology is …

Defects on horizontal axis wind turbine blades are difficult to identify and monitor with
conventional forms of non-destructive examination due to the blade's large size and limited …

Existing passive acoustics-based techniques for wind turbine blade damage detection lack
the robustness and adaptability necessary for an operational implementation due to their …

This paper presents a general overview of the different aspects of a novel structural health
monitoring technique developed for wind turbine blades. The proposed technique is based …