Acoustic emission (AE) technology is widely used to monitor the damage evolution of rock.
Identifying AE signals is crucial to reveal the rock cracking mechanism. The current tension …

Acoustic emission technology is an effective nondestructive testing method for fiber-
reinforced composites, which can monitor the damage process in real time. The main …

To gain an insight into the damage mechanism in carbon fiber reinforced polymer, a real-
time analytical approach for damage mode identification of composite based on machine …

Fatigue strength is one of the most important properties of composite materials because it
directly relates to their lifespan. Acoustic emission (AE) is a passive structural health …

For decades, monitoring and identification of the dynamic stress states of rock masses in
reservoirs have been challenging tasks owing to the lack of effective observation and …

Of late, emerging algorithms such as machine learning have been increasingly used in
shield tunneling construction management and control. This research article proposes a …

Due to the substantial need to continuously ensure safe excavations and sustainable
operation of deep engineering structures, structural health monitoring based on remote …

Accurate prediction of impending disasters in underground projects is crucial and requires
the identification of rock fracture stages. Currently, rock fractures are commonly analyzed …

Moisture loss in rock is known to generate acoustic emissions (AE). Phenomena that result
in AE during drying are related to the movement of fluids through the pores and induced …

The cracking patterns in cementitious materials before failure are closely related to acoustic
emission (AE) monitoring signals. Traditional rise angle-average frequency analysis …