Imaging algorithms for visualization of defects play a significant role in Lamb wave–based
research of nondestructive testing and structural health monitoring. In classical algorithms …

Intelligent defect location algorithms based on the times-of-flight (ToFs) of Lamb waves are
attractive for nondestructive testing (NDT) and structural health monitoring (SHM) of …

The wavefield of Lamb waves is yielded by the feature of plate-like structures. And many
defects imaging techniques and intelligent recognition algorithms have been developed for …

In recent years, ultrasonic Lamb waves have been widely applied to the field of non-
destructive testing of plate-like structures as they have outstanding advantages, such as low …

Structural health monitoring (SHM) system, usually consisting of a sensor network for
collecting the structural response signal and data analysis algorithms for interpreting the …

Techniques based on laser generated Lamb waves (LGLW) and compact array can realize
far field, noncontact localization of defects in plate structures. Fully utilizing the information of …

The Lamb wave inspection has emerged as a promising method for structural health
monitoring and nondestructive testing. However, because of the highly dispersive and …

In the structural health monitoring or nondestructive examination system based on the Lamb
wave technology, the accurate and valid characteristics of wave packet extracted from the …

Truck cranes are indispensable heavy-duty loading and unloading equipment in industrial
production. A boom is the key load-bearing component of a truck crane, and its health has a …

Imaging for damage in plate structure by Lamb waves is one of the most effective methods in
the field of structural health monitoring. In order to improve the accuracy of damage …