Carbon fibre reinforced plastics

GFRP - Glass Fibre Reinforced Plastic KFRP - Kevlar Fibre Reinforced Plastic CFRP - Carbon Fibre Reinforced Plastic... [Pg.181]

GFRP - Glass fibre reinforced plastic KFRP - Kevlar fibre reinforced plastic CRFP - Carbon fibre reinforced plastic... [Pg.233]

Access of air and water will also affect the corrosion rate. Metal inserts in corrosive plastics are most actively attacked at the plastic/metal/air interfaces with certain metals, notably aluminium titaniumand stainless steel, crevice effects (oxygen shielding and entrapment of water) frequently accelerate attack. Acceleration of corrosion by bimetallic couples between carbon-fibre-reinforced plastics and metals presents a problem in the use of these composites. [Pg.955]

While plastics processing has been of minor importance for today s production of the internal combustion engine and its respective drive system, this sector will become highly relevant if hydrogen is stored on board. A thin-walled aluminium storage sheeted by a carbon-fibre-reinforced plastic has been assumed for the above-shown structural changes in industry. [Pg.374]

Airbus A380 structure uses 25 % of advanced composites. Carbon fibre reinforced plastics (CFRP) are used for about 22% of the airframe. [Pg.842]

Carbon-fibre-reinforced plastic (CRP) is used in die manufacture of golf clubs and tennis rackets, a What are composite materials b Which two substances are used to manufacture this composite material ... [Pg.43]

In recent years, several designs of rotor made from carbon-fibre reinforced plastic have come on to the market, combining strength, lightness and some resistance to chemical corrosion. Most rotors, however, are made of aluminium or titanium alloy. [Pg.143]

Bradley)andHASTiNGsG (1982) Theuseofsemirigid carbon-fibre-reinforced plastic plates for fixation of human fractures. J Bone Joint Surg 64B 105-111. [Pg.389]

Kaczmarek, H. (1995), Ultrasonic detection of damage in carbon fibre reinforced plastics, J. Composite Materials. 29. 1, 59-95. [Pg.839]

Current applications of CFRP (Carbon Fibre Reinforced Plastics) at Alenia Spazio include optical benches (Figure 6, following page), truss adapters (Figure 7, following page) and spectrometer frames. [Pg.36]

Soutis C. Carbon fibre reinforced plastics in aircraft structures. Mater Sd Eng A 2005 412(l-2) 171-6. [Pg.18]

A summary of quasi-static delamination test methods for continuous-fibre, unidirectional FRP composites is given in Table 8.1. For mode 1, several standard test methods exist, namely, JIS K7086 ( Testing methods for interlaminar fracture toughness of carbon fibre reinforced plastics , 1993) this also includes a quasi-static mode 11 standard test, ASTM... [Pg.196]

Cantwell WJ. The interlaminar fracture behaviour of carbon fibre reinforced plastics at low temperatures. Proc Inst Mech Eng Part G J Aerosp Eng 1996 210 1-7. http // dx.doi.org/10.1243/PIME PROC 1996 210 339 02. [Pg.227]

Symonds DD, Davis G. Fatigue testing of impact damaged T300/914 carbon fibre reinforced plastic. Compos Sci Technol 2000 60 379-89. [Pg.257]

Zhang L, Wang R, Liu W, Chunlu Chen, He X. Delamination growth behaviour in carbon fibre reinforced plastic angle ply laminates under compression fatigue loads. J Reinf Plast Compos 2012 31 259-67. [Pg.258]

Figure 2.5 Laser-based technique to check ply orientation in reinforced plastics laminates (By permission S Hill, Rapid nondestructive testing of carbon fibre reinforced plastics. Materials World, August 1996, Institute of Materials, London)...

S Hill, Rapid non-destructive testing of carbon fibre reinforced plastics , Mater World 1996 4(8) 450. [Pg.66]

K E Stansfield, The Effects of Stress and Thermal Spiking on the Hygrothermal Response of Carbon Fibre Reinforced Plastics, PhD Thesis, Kingston Polytechnic, 1989. [Pg.147]

K F Rogers, L N Phillips, D M Kingston-Lee, B Yates, M J Overy, J P Sargent and B A McCalla, The thermal expansion of carbon fibre reinforced plastics. Part 1 - the influence of flbre type and orientation, J Mater Sci 1977 12 713. [Pg.147]

G Pritchard and K Stansfield, The thermal spike behaviour of carbon fibre reinforced plastics . Proceedings, ICCM-VI, eds F L Matthews, NCR Buskell, J M Hodgkinson and J Morton, London, Elsevier Applied Science, 1987, Volume 4, p. 190. [Pg.148]

Components made of carbon fibre-reinforced plastics already achieve... [Pg.151]

Most carbon fibre reinforced plastics (CFRP) used and investigated to date are produced from preimpregnated continuous carbon fibre prepregs. Polymers reinforced with aligned short carbon fibres have certain advantages as materials for structural components, because they can easily be formed into complicated shapes with satisfactory mechanical properties. Woven fabrics produced from carbon fibres find increasing application in the aerospace and many other industries, because they are easy to handle, they have the ability to conform to complicated shapes and the in-plane properties are more isotropic than those of equivalent unidirectional materials. [Pg.162]

Blistering has been associated with galvanic corrosion adjacent to the light glass-weft fibre in unidirectional carbon fibre reinforced plastics (see Section 7.9). [Pg.235]

Another example given by Meier et al [21] was related to the reinforcement of the City Hall of Gossau. Here a hole had to be cut in a concrete slab to accommodate an elevator. It was reported that the edges of the hole were strengthened with carbon fibre reinforced plastics sheets instead of thick steel plates. This helps retain the aesthetics of the building and after painting, the presence of carbon fibre reinforced plastic sheets was completely disguised. [Pg.332]

Bishop SM, Curtis PT. An assessment of the potential of woven carbon fibre reinforced plastics for high performance applications. Composites 1984 15 259-65. [Pg.23]

Cantwell WJ, Morton J. Impact perforation of carbon fibre reinforced plastic. Composite 1990 38(2) 119-H. [Pg.189]

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