This study conducted experimental and numerical investigations on piezoelectric wafer
active sensors (PWASs) bonded to an aluminum plate to assess the impact of bonding …

The piezoelectric-based smart strand technique could effectively monitor the prestress (PS)
force in post-tensioned systems. In the previous study, the PS force was predicted by …

The electro-mechanical impedance technique has been extensively studied in recent
decades as a non-destructive method for detecting structural damage in structural health …

Structural health monitoring (SHM) systems are scientifically and economically relevant as
methods of detecting structural damage to various types of structures, thus increasing safety …

Pin connection, as an important structural connection mechanism, is widely used in various
structures, especially spatial structures. In this article, numerical and experimental …

Accurate quantification of the jawbone-implant interface plays a pivotal role in assessing the
mechanical stability of dental implant structures. This study proposes a methodology …

The smart strand technique has been recently developed as a cost-effective prestress load
monitoring solution for post-tensioned engineering systems. Nonetheless, during its lifetime …

The piezoelectric sensor in the structural health monitoring (SHM) system may be debonded
due to complex service environment. However, there are little attention on the debonding …

This study develops a structural stability monitoring method for an implant structure (ie, a
single-tooth dental implant) through deep learning of local vibrational modes. Firstly, the …

The impedance-based structural health monitoring using piezoelectric wafer-active sensor
has been increasingly developed for aerospace, civil, and mechanical structures. Using …