Understanding building envelope thermodynamics is an essential foundation of building
sciences, mainly due to the envelope's role as a boundary layer for exterior environments …

Mechanical properties of materials tend to deteriorate over time and thus become
responsible for cracks and malfunctions in mechanical components or civil structures. Non …

Steel fibered high-strength concrete (SFHSC) became in the recent decades a very popular
material in structural engineering. High strength attracts designers and architects as it allows …

This paper presented a comprehensive study on developing a deep learning approach for
ultrasonic-based distributed damage assessment in concrete. In particular, two architectures …

This study presented an unsupervised anomaly detection-based framework for distributed
damage detection in concrete using ultrasonic response signals. A deep fully connected …

In this paper, we describe an experimental study of concrete behavior under a uniaxial
tensile load by use of the thermally-compensated Coda Wave Interferometry (CWI) analysis …

In this study, cyclic loading–unloading experiments on coal samples with different moisture
contents were conducted. The damage mechanism was investigated through acoustic …

In the last two decades, several efforts have been made to monitor the cracking behavior in
RC structures. A technique that shows promise is acoustic emission (AE). This paper …

This study describes a useful contribution to the ultrasonic non-destructive evaluation of both
micro and macro-scale defects or damages induced in concrete under initial and peak level …

Online damage detection is of great interest in the field of concrete structures and, more
generally, within the construction industry. Current economic requirements impose the …