Modal parameters of a model turbine blade with a curved surface excited by white noise are
identified by a novel general-purpose 3D continuously scanning laser Doppler vibrometer …

A novel demodulation method with a reference signal is developed for operational modal
analysis and damage detection of a beam structure under random excitation. The novel …

Structural damage detection based on vibration signals has gained significant attention from
researchers due to its ease of implementation. However, while the detection of damage …

An effective method is developed in this study to identify the crystal orientation of Nickel-
based single crystal turbine blade based on the influence law of crystal orientation on modal …

This paper presents a new algorithm called broadband entropy-based two-stage damage
imaging (BE2DI) for the detection and imaging of defects in multi-layer plates. The method …

A novel general-purpose three-dimensional (3D) continuously scanning laser Doppler
vibrometer (CSLDV) system was recently developed by the authors to measure 3D vibration …

There exists a high level of difficulty in understanding the physical responses of complex
dynamical systems. To this end, researchers have previously used different measurement …

Tensegrity structures become important components of various engineering structures due
to their high stiffness, light weight, and deployable capability. Existing studies on their …

The continuous scanning laser Doppler vibrometry (CSLDV) technique is usually used to
evaluate the vibration operational deflection shapes (ODSs) of structures with continuous …

In this work a method to evaluate the distribution of vibration amplitudes of objects was
demonstrated, combining for the first time oblique structured light projection, stroboscopic …