In this study, CNTs were used as modifiers of the epoxy matrix of quasi-isotropic carbon fibre reinforced laminates. The prepared laminates were subjected to tensile loading and tension–tension fatigue and, the changes in the longitudinal resistance were monitored via a digital multimeter. In addition, acoustic emission and acoustoultrasonic techniques were used for monitoring the fatigue process of the laminates. The nanoenhanced laminates, on the one hand, exhibited superior fatigue properties and on the other hand, they demonstrated the full potential of the material to be used as an integrated sensor to monitor the fatigue life.
ArbyJ. C., BochardS., ChateauminoisA., SalviaM. and GiraudG.: Compos. Set Technol, 1999, 59, 925–935.
2.
ArbyJ. C., ChoiY. K., ChateuminoisA., DallozB. and GiraudG.: Compos. Set Technot, 2001, 61, 855–864.
3.
CeyssonO., SalviaM. and VincentL.: Scr. Mater., 1996, 34, (8), 1273–1280.
4.
ChenP. W. and ChungD. D. L.: Struct. Smart Mater., 1993, 2, 22–30.
5.
SeoD. C. and LeeJ. J.: Compos. Struct., 1999, 47, 525–530.
6.
PrasseT., MichelF., MookG., SchulteK. and BauhoferW.: Compos. Set Technot, 2001, 61, 831–835.
7.
KupkeM., SchulteK. and SchulerR.: Compos. Sci. TechnoL, 2001, 61, 837–847.
8.
SchulteK. and BaronC.: Compos. Sci. Technol, 1989, 36, 63–79.
9.
SchuelerR., JoshiS. P. and SchulteK.: Compos. Sci. Technot, 2001, 61, 921–930.
10.
TodorokiA., MatsuuraK. and KobayashiH.: JSME Int. J., 1995, 38, (4), 524–530.
11.
TodorokiA. and SuzukiH.: Appl. Mech. Eng., 2000, 51, 283–294.
12.
ThostensonE., RenbZ. and ChouaT. W.: Compos. Set Technot, 2001, 61, 1899–1912.
13.
PopovN. V.: Mater. Sci Eng. K, 2004, R43, 61-102.
14.
RobertsonJ.: Mater. Today, 2004, 7, 46–52.
15.
KostopoulosV., TsotraP., VavouliotisA., KarapappasP., TsantzalisS. and LoutasT.: Proc. 5th ESA Round Table on Micro/Nano technologies for space, Noordwijk, The Netherlands, October 2005, ESTEC, 21-26.
16.
KostopoulosV., TsotraP., VavouliotisA., KarapappasP., TsantzalisS. and LoutasT.: Solid State Phenom., 2007, 121–123, 1399-1402.
17.
IijimaS.: Nature, 1991, 354, 56–58.
18.
RocheS. and SalvetatJ. P.: in ‘Understanding CNT. From basics to applications’, 55–72; 2006, New York, Springer.
19.
BogerL., WichmannM. H. G., MayerL. O. and SchulteK.: Compos. Set Technot, 2008, 68, 1886–1894.
20.
MathewsF. L. and RawlingsR. D.: in ‘Composite materials: engineering and science’, 121–128; 1999, Oxford, Woodhead Publishing Ltd.
21.
KarapappasP., VavouliotisA., TsotraP., PaipetisA. and KostopoulosV.: J. Compos. Mater., 2008, to be published.
22.
CaseS. W. and ReifsniderK. L.: in ‘Comprehensive structural integrity’, 405441;2003, Oxford, Elsevier Science Ltd.
