By R. Martin
Ageing of composites is a hugely topical topic given the expanding use of composites in structural purposes in lots of industries. Ageing of composites addresses a number of the uncertainties in regards to the long term functionality of composites and the way they age less than stipulations encountered in carrier. the 1st a part of the publication reports strategies and modeling of composite growing old together with actual and chemical getting older of polymeric composites, ageing of glass-ceramic matrix composites, chemical growing old mechanisms, pressure corrosion cracking, thermo-oxidative growing old, spectroscopy of aging composites, modeling actual and sped up aging and getting older of silicon carbide composites. half examines ageing of composites in shipping purposes together with plane, automobiles and ships. half 3 reports growing old of composites in non-transport functions akin to implants in clinical units, oil and gasoline refining, development, chemical processing and underwater functions. With its individual editor and overseas crew of individuals, Ageing of composites could be a beneficial reference consultant for composite brands and builders. it's going to additionally function a resource of knowledge for cloth scientists, designers and engineers in industries that use composites, together with shipping, chemical processing and scientific engineering.
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Additional resources for Ageing of composites
Lancaster, Pennsylvania. CRISTESCU, N. and I. SULICIU (1982). Viscoplasticity. The Hague, Martinus Nijhoff. DAVID, A. and D. SIMS (1983). Weathering of Polymers. London, Applied Science Publishers. DRAGONE, T. L. and P. A. HIPP (1998). ’ Sampe Journal 34(5): 7–20. DROZDOZ, A. D. (2001). ’ Computational Materials Science 21: 197–213. FERRY, J. D. (1980). Viscoelastic Properties of Polymers. New York, John Wiley and Sons, Inc. FINDLEY, W. , J. S. LAI, and K. ONARAN (1976). Creep and Relaxation of Nonlinear Viscoelastic Materials.
E. J. BLAIS, © 2008, Woodhead Publishing Limited except Chapter 6 2 Ageing of glass–ceramic matrix composites K. 1 Introduction Traditionally, ceramics are viewed as being brittle materials. In this context, they are susceptible to failure from flaws or damage, either surface or internal, and their mechanical performance can be expected to exhibit some degree of variability. The drive to develop advanced ceramics that have more reproducible mechanical properties has progressed on several fronts simultaneously.
Composite Science and Technology 62: 2099–2110. BOUKHOULDA, B. , E. ADDA-BEDIA, and K. MADANI (2006). ’ Composite Structures 74: 406–418. © 2008, Woodhead Publishing Limited except Chapter 6 30 Ageing of composites BRADSHAW, R. D. and L. C. BRINSON (1997a). ’ Polymer Engineering and Science 37(1): 31–44. BRADSHAW, R. D. and L. C. BRINSON (1997b). ’ Journal of Engineering Materials and Technology 119(July): 233–241. BRADSHAW, R. D. and L. C. BRINSON (1997c). ’ Mechanics of Time-Dependent Materials 1: 85–108.
Ageing of composites by R. Martin