Add to ORKGAn experimental protocol is described including a series of uniaxial compression tests of three brittle materials (marble, mortar and glass). The Acoustic Emission (AE) technique and the Pressure Stimulated Currents (PSC) one are used since the recordings of both techniques are strongly related to the formation of cracking in brittle materials. In the present paper, the correlation of these techniques is investigated, which is finally proven to be very satisfactory
Experimental tests are carried out to evidence the energy emitted during snap-back instabilities of...
The damage development due to externally applied mechanical stress is a hot topic of interest involv...
Acoustic Emission (AE) is the technique most widely used nowadays for Structural Health Monitoring (...
An experimental protocol is described including a series of uni¬axial compression tests of three bri...
The spatiotemporal evolution of damage in marble specimens under uniaxial compression is monitored ...
Two experimental techniques are used study the response of cement mortar beams subjected to three-po...
The present research focuses on Acoustic Emission (AE) and Electromagnetic Emission (EME) detected d...
In the present work the acoustic emission (AE) technique is applied to examine some aspects influenc...
Previous laboratory-based studies have demonstrated pressure stimulated currents and electromagnetic...
Nowadays, the measure of the damage phenomena inside a structure is a complex problem that requires ...
This paper presents experimental results on the evolution of damage by acoustic-emission and electri...
This paper presents experimental results on the evolution of damage by acoustic-emission and electri...
In this paper are summarized the recent findings on detection of acoustic emissions at very low freq...
In this paper are summarized the recent findings on detection of acoustic emissions at very low freq...
The damage development due to externally applied mechanical stress is a hot topic of interest involv...
Experimental tests are carried out to evidence the energy emitted during snap-back instabilities of...
The damage development due to externally applied mechanical stress is a hot topic of interest involv...
Acoustic Emission (AE) is the technique most widely used nowadays for Structural Health Monitoring (...
An experimental protocol is described including a series of uni¬axial compression tests of three bri...
The spatiotemporal evolution of damage in marble specimens under uniaxial compression is monitored ...
Two experimental techniques are used study the response of cement mortar beams subjected to three-po...
The present research focuses on Acoustic Emission (AE) and Electromagnetic Emission (EME) detected d...
In the present work the acoustic emission (AE) technique is applied to examine some aspects influenc...
Previous laboratory-based studies have demonstrated pressure stimulated currents and electromagnetic...
Nowadays, the measure of the damage phenomena inside a structure is a complex problem that requires ...
This paper presents experimental results on the evolution of damage by acoustic-emission and electri...
This paper presents experimental results on the evolution of damage by acoustic-emission and electri...
In this paper are summarized the recent findings on detection of acoustic emissions at very low freq...
In this paper are summarized the recent findings on detection of acoustic emissions at very low freq...
The damage development due to externally applied mechanical stress is a hot topic of interest involv...
Experimental tests are carried out to evidence the energy emitted during snap-back instabilities of...
The damage development due to externally applied mechanical stress is a hot topic of interest involv...
Acoustic Emission (AE) is the technique most widely used nowadays for Structural Health Monitoring (...