Abstract Multi-Perforated Clay Bricks (MPCLBs) are widely used in the construction of
modern masonry structures worldwide, including earthquake-prone areas. However, few …

Modern civil engineering structures, instrumented with Internet-of-Things-enabled smart
sensors and actuators, are considered cyber-physical systems that integrate physical …

Modal testing is one of the most effective experimental techniques for the structural health
monitoring of masonry constructions, as it provides useful information for the calibration of …

As the number of Internet of Things Devices (IoTDs) increases, the building Structural Health
Monitoring (SHM) system is subject to the enormous amount of data collected from sensors …

Today's society is increasingly aware of the conservation of architectural heritage and, at the
same time, is committed to the use of new technologies in construction and the use of more …

To address the insufficient strain transfer ratio of monolithic antenna sensors and signal self-
jamming in wireless interrogation, this paper presents a cross-polarized antenna sensor …

Self-sensing cementitious materials are emerging technologies for Structural Health
Monitoring (SHM) of civil structures. Their application for SHM of concrete masonry elements …

The use of fiber Bragg grating (FBG) sensors is proposed to solve the technical problem of
poor sensor stability in the long-term safety monitoring of shaft lining structures. The auxiliary …

In a seismic context, it is fundamental to deploy distributed sensor networks for Structural
Health Monitoring (SHM). Indeed, regularly gathering data from a structure/infrastructure …

Robots with linear motion provide high accuracy and repeatability for industrial automation
but may perform lower precision and stability when working long hours because of …