The development of structural health monitoring (SHM) techniques is of great importance to
improve the structural efficiency and safety. With advantages of long propagation distances …

Dynamic loads on engineering structures are often difficult to measure directly. Therefore,
indirect identification methods based on dynamic responses are commonly used. However …

Lightweight or mobile neural networks used for real‐time computer vision tasks contain
fewer parameters than normal networks, which lead to a constrained performance. Herein, a …

Impact load is the load that machines frequently experienced in engineering applications. Its
time-history reconstruction and localization are crucial for structural health monitoring and …

This paper proposes a novel method for multi-class classification and uncertainty
quantification of impact events on a flat composite plate with a structural health monitoring …

Structural health monitoring of impact location and severity using Lamb waves has been
proven to be a reliable method under laboratory conditions. However, real-life operational …

Input estimation is an involved task with wide applications in nonlinear dynamic systems.
Model-based input estimation methods are not feasible solutions for problems in which the …

Detecting and identifying impact events, which may cause severe damages, is important in
assessment of the integrity of many engineering structures. This paper presents a new …

The relative vibration between the micro-milling cutter and workpiece influences the
processing quality and tool life. To solve the difficult problem of measurement of vibration …

Impact force identification (IFI) through deconvolution methods from measured structural
responses poses a challenge due to the ill-posed nature of the inversion problem …