Two experimental techniques are used study the response of cement mortar beams subjected to three-point bending under various loading protocols. The techniques used are the detection of weak electric current emissions known as Pressure Stimulated Currents and the Acoustic Emissions (in particular, the cumulative AE energy and the b-value analysis). Patterns are detected that can be used to predict upcoming fracture, regardless of the adopted loading protocol in each experiment. The experimental results of the AE and PSC techniques lead to the conclusion that when the calculated Ib values decrease, the PSC starts increasing strongly
Assessment of existing structures by means of non-destructive techniques is an important research to...
Assessment of existing structures by means of non-destructive techniques is an important research to...
Assessment of existing structures by means of non-destructive techniques is an important research to...
Two experimental techniques are used study the response of cement mortar beams subjected to three-po...
Abstract This work discusses the experimental results of Acoustic Emission (AE) recordings during re...
This paper discusses the experimental results of concurrently measured Electrical and Acoustic Emiss...
Notched three point bend (TPB) specimens made with plain concrete and cement mortar were tested unde...
Notched three point bend (TPB) specimens made with plain concrete and cement mortar were tested unde...
Acoustic emissions (AE) released during the compressive fracture of cementitious materials have been...
Signal-based acoustic emission (AE) monitoring on mortar was performed under three types of static l...
Acoustic Emission (AE) is the technique most widely used nowadays for Structural Health Monitoring (...
An experimental protocol is described including a series of uniaxial compression tests of three brit...
This article reports the acoustic emission (AE) study of precursory micro-cracking activity and frac...
In this study, three-point bending (TPB) tests on notched concrete beams having different size, have...
Assessment of existing structures by means of non-destructive techniques is an important research to...
Assessment of existing structures by means of non-destructive techniques is an important research to...
Assessment of existing structures by means of non-destructive techniques is an important research to...
Assessment of existing structures by means of non-destructive techniques is an important research to...
Two experimental techniques are used study the response of cement mortar beams subjected to three-po...
Abstract This work discusses the experimental results of Acoustic Emission (AE) recordings during re...
This paper discusses the experimental results of concurrently measured Electrical and Acoustic Emiss...
Notched three point bend (TPB) specimens made with plain concrete and cement mortar were tested unde...
Notched three point bend (TPB) specimens made with plain concrete and cement mortar were tested unde...
Acoustic emissions (AE) released during the compressive fracture of cementitious materials have been...
Signal-based acoustic emission (AE) monitoring on mortar was performed under three types of static l...
Acoustic Emission (AE) is the technique most widely used nowadays for Structural Health Monitoring (...
An experimental protocol is described including a series of uniaxial compression tests of three brit...
This article reports the acoustic emission (AE) study of precursory micro-cracking activity and frac...
In this study, three-point bending (TPB) tests on notched concrete beams having different size, have...
Assessment of existing structures by means of non-destructive techniques is an important research to...
Assessment of existing structures by means of non-destructive techniques is an important research to...
Assessment of existing structures by means of non-destructive techniques is an important research to...
Assessment of existing structures by means of non-destructive techniques is an important research to...