Full scale blade fatigue testing is required to verify that the horizontal axis wind turbine
(HAWT) blades posses the strength and service life specified in the design. Unfortunately …

Horizontal axis wind turbine (HAWT) blades are a critical component of wind turbines. Full-
scale blade fatigue testing is required to verify that the blades possess the strength and …

This study aimed to select a suitable wavelet transform for fatigue failure analyses. Strain
signals of vehicle coil spring driven on road surfaces were divided into smaller segments …

This article presents a novel method in extracting fatigue damage from the stress-time
history of the horizontal axis wind turbine blades. A novel method based on wavelet …

In this paper, a multi-objective rule discovery approach is introduced to address the problem
related to fatigue data editing. A set of rules are introduced to simplify the editing process …

Wind turbine blades are the most critical components of wind turbines. Full-scale blade
fatigue testing is required to verify that the blades possess the strength and service life …

Identifying damaging or non-damaging events in long records of fatigue data is a crux of
recapitulating pristine data. In this article, a fuzzy double clustering framework (DCf) is …

Success in fatigue signal editing is determined by the level of length reduction without
compromising statistical constraints. A great reduction rate can be achieved by removing …

This paper presents the ability of the wavelet transforms for compressing automobile strain
data. The wavelet transforms identified and extracted higher amplitude segments and …

The purpose of this research is to implement R software in developing a correlation between
wavelet coefficient and fatigue life utilizing Fuzzy C-Means. The fatigue-based strain data …