With the increase in the installed capacity of wind power systems, the fault diagnosis and
condition monitoring of wind turbines (WT) has attracted increasing attention. In recent …

The vibration signals for offshore wind-turbine high-speed bearings are often contaminated
with noises due to complex environmental and structural loads, which increase the difficulty …

The number of normal samples of wind turbine generators is much larger than the number of
fault samples. To solve the problem of imbalanced classification in wind turbine generator …

In order to identify the nonlinear nonstationary pitting-wear fault signal of gears in gearbox, a
new method of composite fault diagnosis for gearbox is proposed, which combines empirical …

The paper aims to provide an adjustment method to reduce coaxiality and initial unbalance
for precision rotors assembly, such as aero engine, gas turbine and so on. The propagation …

Fault diagnosis technology (FDT) is an effective tool to ensure stability and reliable
operation in wind turbines. In this paper, a novel fault diagnosis methodology based on a …

To improve the reliability of power grid fault diagnosis by enhancing the processing ability of
uncertain information and adequately utilizing the alarm information about power grids, a …

The dynamic characteristics of an offshore wind turbine with tripod suction buckets are
investigated through finite element analysis and full‐scale experiments. In finite element …

To address the issue of a large calculation and difficult optimization for the traditional fault
detection of a wind turbine-based pitch control system, a fault detection model, based on …

The classification frameworks for fault diagnosis of rolling element bearings in rotating
machinery are mostly based on analysis in a single time‐frequency domain, where sensitive …