Acoustic emission was recorded during burst tests of filament-wound, composite pressure vessels. Organic and graphite fibers were tested, and two different epoxy resin systems were used: one with a low and another with a relatively high cure temperature. Acoustic emission was studied for the effects of different winding patterns, artificial flaws, winding-induced fiber fraying, different resins, and different fibers. Small effects produced in the vessels by changes in these variables were greatly magnified when they appeared as changes in acoustic emission. They would, in fact, be difficult or impossible to detect by other test means
Acoustic emission (AE) monitoring has been extensively used for characterising failure mechanisms in...
This research demonstrates how acoustic emission (AE) data from flaw growth activity can be used to ...
Two spherical high pressure bottles of high-tensile steel were pressurised to destruction to evaluat...
The use of acoustic emission (AE) for the detection of damage in carbon fibre composite pressure ves...
Acoustic Emission (AE) was monitored during single filament tension tests of Kevlar 49 fiber. AE was...
Following earlier work on the use of acoustic emission techniques for studying fatigue and fracture ...
Acoustic emissions from some stressed polypropylene—glass fibre composites have been studi...
Acoustic emission (AE) signals that are generated by different microscopic processes during flaw gro...
The results of a study of the acoustic emission (AE) behavior of impact-damaged, spherical, composit...
In recent years, natural fibres are increasingly used as reinforcements for the production of low-co...
Engineer, respectively. Fracture mechanisms of graphite-polyimide composite material are studied wit...
The advantage of the acoustic emission technique consists in the possibility to investigate about th...
Acoustic emissions (AE) generated from Kevlar 49/epoxy composite pressure vessels subjected to susta...
This paper deals with the microfracture behaviour of natural fibre reinforced composite materials. T...
In order to predict the mechanical behavior of a composite during its service life, it is important ...
Acoustic emission (AE) monitoring has been extensively used for characterising failure mechanisms in...
This research demonstrates how acoustic emission (AE) data from flaw growth activity can be used to ...
Two spherical high pressure bottles of high-tensile steel were pressurised to destruction to evaluat...
The use of acoustic emission (AE) for the detection of damage in carbon fibre composite pressure ves...
Acoustic Emission (AE) was monitored during single filament tension tests of Kevlar 49 fiber. AE was...
Following earlier work on the use of acoustic emission techniques for studying fatigue and fracture ...
Acoustic emissions from some stressed polypropylene—glass fibre composites have been studi...
Acoustic emission (AE) signals that are generated by different microscopic processes during flaw gro...
The results of a study of the acoustic emission (AE) behavior of impact-damaged, spherical, composit...
In recent years, natural fibres are increasingly used as reinforcements for the production of low-co...
Engineer, respectively. Fracture mechanisms of graphite-polyimide composite material are studied wit...
The advantage of the acoustic emission technique consists in the possibility to investigate about th...
Acoustic emissions (AE) generated from Kevlar 49/epoxy composite pressure vessels subjected to susta...
This paper deals with the microfracture behaviour of natural fibre reinforced composite materials. T...
In order to predict the mechanical behavior of a composite during its service life, it is important ...
Acoustic emission (AE) monitoring has been extensively used for characterising failure mechanisms in...
This research demonstrates how acoustic emission (AE) data from flaw growth activity can be used to ...
Two spherical high pressure bottles of high-tensile steel were pressurised to destruction to evaluat...