Structural health monitoring (SHM) systems have been developed to evaluate structural
responses to extreme events such as natural and man-made hazards. Additionally, the …

One of the serious issues of traditional signal processing techniques in analyzing the
responses of real-life structures is related to the presentation of fundamental information of …

Damage detection is of great importance in reducing maintenance cost and preventing
collapse of structures. Despite existing damage detection methods, the current literature …

Welding processes often produce high levels of tensile residual stress. Low transformation
temperature (LTT) welding wires utilise phase transformation strains to overcome the …

This paper aims to employ high-rate global navigation satellite system real-time kinematic
(GNSS-RTK) and triaxial accelerometer sensors to evaluate the modal frequencies of a …

In this paper, a combination of mechanics-and control-based frameworks are employed for
the purpose of probing the actively controlled acoustic wave propagation behaviors of smart …

This paper introduces a probability‐based damage state evaluation methodology for shear
walls deriving from a data‐driven calculation. A previously proposed damage quantification …

It is difficult to achieve accurate damage localization on the chemical milling stiffened panel
(CMSP) with Lamb wave due to its characteristics of multi-mode and dispersion. To solve the …

Exploring dynamic response-based damage identification under wave excitation is
important for establishing a health monitoring system. In our previous study, we analyzed the …

For high-rise buildings subjected to typhoon or earthquake actions, the excitations are likely
non-stationary, which inevitably violates the stationary assumption that is generally adopted …