Gearbox plays a vital role in a wide range of mechanical power transmission systems in
many industrial applications, including wind turbines, vehicles, mining and material handling …

With the rapid progress in the deep learning technology, it is being used for vibration-based
structural health monitoring. When the vibration is used for extracting features for system …

Bearing fault diagnosis at early stage is very significant to ensure seamless operation of
induction motors in industrial environment. The identification and classification of faults …

Induction motors have been responsible for running mechanical systems in the industry for
many decades. Their diagnosis still remains a hot quest for the researchers using various …

Condition monitoring (CM) of mechanical systems such as gear transmissions can be
performed with vibration measurements and processing of the recorded signals for …

Despite recent successes, pose estimators are still somewhat fragile, and they frequently
rely on a precise knowledge of the location of the object. Unfortunately, articulated objects …

In order to develop robust condition monitoring and prognosis technologies and systems for
wind turbine gearboxes, a comprehensive review of the state-of-art of condition monitoring …

A novel intelligent diagnosis model based on wavelet support vector machine (WSVM) and
immune genetic algorithm (IGA) for gearbox fault diagnosis is proposed. Wavelet support …

Aircraft structures are exposed to a variety of operational and environmental loads that can
cause structural deformation and fractures. Structural Health Monitoring (SHM) has emerged …

Many of today's industrial applications are powered by electromechanical drives. Wind
turbines, fuel based and hydroelectric generators or electric drivetrains are examples of …