The fatigue behaviour of high performance continuous fibre reinforced composite materials based on organic matrices has been reviewed. Methods of performing fatigue tests are discussed. Fatigue damage development processes are reviewed for typical unidirectional and laminated materials and fatigue performance compared for different materials. The effects of stress concentrators and environmental exposure are considered and the use of alternative forms of composite such as woven materials discussed. A comparison with the fatigue of metals is made.
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References
1.
HarrisB.‘Fatigue and accumulation of damage in reinforced plastics’, Composites, 1977, 8, 214.
2.
CurtisP. T.DoreyG.‘Fatigue of composite materials’, Proc. Int. Conf. on Fatigue of Structural Materials and Structures, Sheffield, 1986.
3.
SturgeonJ. B.‘Fatigue testing of carbon fibre reinforced plastics’, RAE TR75135, 1975.
4.
CurtisP. T.MorreB. B.‘A comparison of plain and double waisted coupons for static and fatigue testing of unidirectional GRP and CFRP’, RAE TR82031, 1982.
5.
CurtisP. T.‘CRAG Test methods for the measurements of the engineering properties of fibre reinforced plastics’, RAE TR88012, 1988.
6.
ButlerR. J.BarnardP. M.CurtisP. T.‘The development of a satisfactory, simple, shear fatigue test for unidirectional E-glass epoxy’, ASTM STP, 1986.
7.
CurtisP. T.: ‘A comparison of the mechanical properties of improved carbon fibre composite materials’, RAE TR86021, 1986.
8.
CurtisP. T.‘An investigation of the tensile fatigue behaviour of improved carbon fibre composite materials’, Proc. ICCM6, London, 1987.
9.
TalrejaR.‘Fatigue of composite materials: Damage mechanisms and fatigue life diagrams’, Proc. R. Soc. London. ser. A, 1981, 378, 461.
10.
BarnardP.ButlerR.J.YoungJ.‘Cumulative fatigue and life prediction of fibre composites’, Cranfield College of Aeronautics report under MOD agreement 2028–0134 XR/MAT, 1985.
11.
SimsG. D.GladmanD. G.‘A framework for specifying the fatigue performance of glass fibre reinforced plastics’, NPL report DMA (A) 59, 1982.
12.
JoneC. J.‘The environmental fatigue behaviour of reinforced plastics’, Proc. R. Soc. Lond. ser. A, 1984, 369, 315.
13.
Boeing specification XBMS 8–276, 1983.
14.
BaronCh.SchulteK.‘Fatigue damage response of CFRP with toughened matrices and improved fibres’, Proc. ICCM6, London, 1987
15.
BaderM. G.BonifaceL.‘Damage development during quasi-static and cyclic loading in GRP and CFRP laminates containing 90 plies’, Proc. ICCM V, San Diego, 1985.
16.
OginS. L.SmithP. A.BeaumontP. W. R.‘Transverse ply crack growth and associated stiffness reduction during the fatigue of a simple crossply laminate’, Cambridge University Engineering Department report TR105, 1984.
17.
ReifsniderK. L.JamisonR. D.‘Fracture of fatigue loaded composite laminates’, Int. J. Fatigue, 1982, 187.
18.
CurtisP. T.MooreB. B.: ‘The effect of environmental exposure on the fatigue behaviour of CFRP laminates’, Royal Aircraft Establishment report TR84027, March 1984.
19.
JamisonR. D.SchulteK.ReifsniderK. L.StinchcombW. W.‘Characterisation and analysis of damage mechanisms in the fatigue of graphite-epoxy laminates’, ASTM STP836, 1983.
PaganoN. J.PipesR. B.‘The influence of stacking sequence on laminate strength’, J. Comp. Mater., 1971, 5, 50–57.
22.
CurtisP. T.‘The effect of edge stresses on the failure of (0, 45, 90) CFRP laminates’, RAE TR 80054, 1980.
23.
CurtisP. T.‘The effect of edge stresses on the failure of (0, 45, 90) CFRP laminates’, J. Mater. Sci., 1984, 19, 167–182.
24.
CurtisP. T.‘Residual strains and the effects of moisture in fibre reinforced laminates’, RAE TR80045, 1980.
25.
CurtisP. T.MooreB. B.‘A comparison of the fatigue performance of woven and non-woven CFRP’, Proceedings of the fifth international conference on composite materials, San Diego, 1985.
26.
CurtisP. T.MooreB. B.‘A comparison of the fatigue performance of woven and non-woven CFRP’, RAE TR85059, 1985.
27.
SchutzD.GerharzJ. J.AlschweigE.‘Fatigue properties of unnotched, notched and jointed specimens of a graphite/epoxy composite’, ASTM STP723, 1981, p. 31.
28.
DoreyG.SigetyP.StellbrinkK.t'HartW. G. J.‘Impact damage tolerance of a carbon fibre laminate’, RAE TR 84049, 1984.
29.
PiggottM. R.‘A theoretical framework for the compressive properties of aligned fibre composites’, J. Mater. Sci., 1981, 16, 2837.
30.
PurslowD.‘Some fundamental aspects of composites fractography’, Composites, 1981, 12, 241.
31.
RosenfeldM. S.GauseL. W.‘Compression fatigue behaviour of graphite/epoxy in the presence of stress raisers’, ASTM STP 723, 1981, p. 174.
32.
BishopS. M.CurtisP. T.: ‘An assessment of the potential of woven carbon fibre reinforced plastics for aerospace use’, RAE TR 83010, 1983.
33.
CurtisP. T.BishopS. M.‘An assessment of the potential of woven carbon fibre reinforced plastics for high performance use’, Composites, 1984, 15, 259–265.
34.
CurtisP. T.MooreB. B.‘The effect of environmental exposure on the fatigue behaviour of CFRP laminates’, RAE TR84027, 1984.
35.
CurtisP. T.MooreB. B.‘The effects of environmental exposure on the fatigue behaviour of CFRP laminates’, Composites, 1983, 14, 294–300.
36.
RouchonM.‘Fatigue et viellissement humide des composites carbone—epoxy’, CEAT report MO542600, Toulouse, France, 1983.
37.
WebbJ. N.‘Fatigue and damage tolerance data for carbon fibre reinforced plastics’. Progress note issued under MOD Contract A93b/458 with BAe Warton Division, 1985/86.
38.
McDarmaidD. S.FoxS.FlowerH. M.: ‘Fatigue of medium and high strength Al—Li—Cu—Mg—Zr alloys in plate and sheet form’, European materials research society conference on advanced materials research and development for transport, Strasbourg, 1985.
39.
GordonB.WhiteheadR. S.‘A critical review of life prediction methods for composite structures’, BAe report SON(P) 179, 1979.
40.
BarnardP. M.YoungJ. B.‘Cumulative fatigue and life prediction of fibre composites’, Final Report under MOD agreement 2028/0134 XR/MAT, 1986.
41.
HahnH. T.‘Fatigue behaviour and life prediction of composite laminates’, AFML-TR-78–43, 1978.
42.
YangJ. N.DuS.‘An exploratory study into the fatigue of composites under spectrum loading’, J. Comp. Mater., 1983, 17, 511.
PoursatipA.AshbyM. F.BeaumontP. W. R.‘Damage accumulation during fatigue of composites’, Proc. International conference on composite materials IV, Tokyo, 1982.
45.
BarnardP. M.ButlerR. J.CurtisP. T.‘Fatigue scatter of UK glass/epoxy, a fact or fiction’, Proc. Third International conference on composite structures, Paisley, 1985.
46.
Heath-SmithJ. R.‘Fatigue of structural elements in carbon fibre composite — present indications and future research’, RAE TR 79085, 1979.
