Blade crack is one of the most common blade failures of rotating machines which may lead
to catastrophic accidents. Although many nonlinear vibrations of breathing crack have been …

Crack is one of the most common blade faults in the aero-engine blade, which may cause
serious accidents. The dynamic characteristics of cracked blades have been studied …

Blade crack is one of the main causes of aero-engine failure, resulting in catastrophic
accidents. At present, most of the research on dynamic characteristics of cracked blades is …

This study aims to address the issue of vibration modeling and coupling vibration
mechanism analysis of multistage blisk-rotor (MBR) systems with blade cracks. First, a …

As one of the most important parts in the engine, the structure and state of the rotating blade
directly affect the normal performance of the aero engine. In order to monitor engine crack …

Vibration modulation features are the important indicators for the planetary gear set fault
diagnosis. However, the modulation sidebands caused by the distributed faults of planetary …

The detection of breathing cracks in in-service structures is an intractable issue due to the
distinctive dynamic behavior, typically the opening and closing of the crack subjected to …

The edge crack and surface crack are two typical cracks of blades. To accurately compare
and analyze nonlinear dynamic responses induced by edge cracks and surface cracks of …

In aero-engine, blades operate under harsh conditions for extended periods, which makes
them highly susceptible to fatigue cracks. The localized and nonlinear structural changes …

Crack failures frequently occur in aero-engine blades which can trigger a cascade of
accidents. Previous studies have primarily focused on crack-induced nonlinear vibration …