Impact-induced stress wave mechanism-based ASVD-AGSD and its application in high-accuracy feature extraction and localization for thin-walled tubes
Published online on May 04, 2026
Abstract
Proceedings of the Institution of Mechanical Engineers, Part C: Journal of Mechanical Engineering Science, Ahead of Print.
The thin-walled tail drive shaft is easily damaged by projectile impact in helicopter low-altitude combat. The resulting stress waves exhibit asymmetric, non-periodic, transient, and multimodal aliasing characteristics, which present serious challenges ...
The thin-walled tail drive shaft is easily damaged by projectile impact in helicopter low-altitude combat. The resulting stress waves exhibit asymmetric, non-periodic, transient, and multimodal aliasing characteristics, which present serious challenges ...