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 …

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 …

The development of a viable structural health monitoring (SHM) technology for the
operational condition monitoring of wind turbine blades is of great interest to the wind …

Wind turbine blades are critical components in wind energy generation, and blade health
management is a challenging issue for the operation and maintenance of wind turbines. In …

This article studies experimentally the damage behaviors of a 59.5-m-long composite wind
turbine blade under accelerated fatigue loads using acoustic emission technique. First, the …

The fatigue load has become an increasingly prominent problem affecting the damage
tolerance and service life of wind turbine blades. The damage monitoring of repaired blades …

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

The adhesively bonded joints have become of paramount significance due to their
numerous advantages. Nevertheless, their application has been limited by a lack of …

Renewable energy has increased in recent years with a consequential increase in
equipment maintenance. Maintenance costs can be reduced by structural health monitoring …

In recent years, the size of wind turbine blades has increased, underscoring the critical
importance of monitoring their structural health. This study explores the use of noise emitted …