References
[1]. Nondestructive testing hand book, Vol.5.Ed 2.
American society for non-destructive testing (ASNT).
[2]. Mix.P.E: Introduction to non-destructive testing John
wiley&Sons.Inc, pp.1-13. (2005)
[3]. Yun.H.D. Choi. W.C,Seo.S.Y: “Acoustic emission
activities and damage evaluation of reinforced concrete
beams strengthened with CFRP sheets.” NDTE International,
43 (7), pp.615-628, 2010.
[4]. Grosse. C.U. Ohtsu.M. Acoustic emission testing.
Springer, 2008.
[5].Kostopoulos.V.Loutos,T.H..Kontsos,A.,Sotiriadis,G.
Pappas,Y.Z.. “On the identification of the failure
mechanism in Oxide/Oxide composites using acoustic
emission.” NDT&E International 36 (8), pp.571-580 (2003).
[6]. Loutas,T.H., Kostopaulos,V., “Health monitoring of
carbon/carbon woven reinforced composites damage
assessment by using advanced signal processing
techniques” Part I: Acoustic emission monitoring and
damage mechanism evaluation, Composite Science and
Technology, 69 (2), 265-272, 2009.
[7]. Vavouliotis.A. Karapappas.P., Loutas.T.,Votatzi,T.
Paipetis,A., Kostopoulos,V. “Multi stage fatigue life
monitoring on carbon fibre reinforced polymer enhanced
with multiwall carbon nano tubes” Plastics and Rubber
Composites 38 (2-4), 124-130(2009).
[8]. Aggelis.D.G.,Shiotani,T., Mononki,S., Hirama,A,
“Combined stress wave techniques for damage
characterization of composite concrete elements”,
American.Concr.Intn.Mater. Journal, 105 (5), pp.469-473
(2009).
[9]. Overgaard, L.C.T., Lund,E., Camanho, P.P, “A
methodology for the structural analysis of composite wind
turbine blades under geometric and materials induced
instabilities”, Composite structures 88(19-20), pp.1092-
1109, 2010.
[10]. Schechinger, B., Vogel,T, “Acoustic emission for
monitoring a reinforced concrete beam subjected to four
point bending”. Construction and Building Marerials, 21
(3), 483-490 (2009).
[11]. Tobias.A. “Acoustic emission source location in two
dimensions by an array of three sensors. Non Destructive
Testing, 9(1), pp.9-12, (1976), doi: 10.1016/0029-1021 (76)
90027-x.
[12]. Caprino. G., Lopresto.V.,Leone,C., Papa,I. “Acoustic
emission source location in unidirectional carbon fibrereinforced
plastic plates with virtually trained artificial neural
networks”, J. Applied Poly. Science, 122 (6), pp.3506-3515
(2011).
[13]. Jeony,H., Jang.Y.S., “Wavelet analysis of plate wave
propagation in composite laminates”, Composite
Structures, 49 (10),443-450, 2000.
[14]. Kundu,T., Das. S., Martin, S.A., Jata,K.V, “Locating
point of impact in anisotropic fibre reinforced composite
plates”, Ultrasonics, 48(3), pp.193-201 (2008).
[15]. Ativitavas,N, Pothisiri,T., Flower,T.J., (2006),
“Identification of fibre reinforced plastic failure mechanism
from acoustic emission data using neural networks”.
Journal of composite materials, 40 (3), pp.193-226.
[16]. Ely. T.M., Hill,E.V.K, “Longitudinal splitting and fibre
breakage characterization in graphite epoxy using
acoustic emission data. Material Evaluation, 1995,
[17]. Eric,V.K.Hill, J.L. Walker and G.H, Rowell, “Burst
pressure prediction in Graphite/Epoxy pressure vessels
using neural networks and acoustic emission amplitude
data”. Materials Evacuation, 1995, pp.744-754.
[18]. Marcus. E.Asher, E.V.K.Hill, “Neural network burst
pressure prediction in fibre glass epoxy pressure vessels
using acoustic emission”, Material Evaluation, 1996,
pp.1395-1401.
