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Advanced Reinforced Plastic

Plastic also refers to a material that has a physical characteristic such as plasticity and toughness. The general term commodity plastic, engineering plastic, advanced plastic, advanced reinforced plastic, or advanced plastic composite is used to indicate different performance materials. These terms and others will be reviewed latter in this chapter. Plastics are made into specialty products that have developed into major markets. An example is plastic foams that can provide flexibility to rigidity as well as other desired properties (heat and electrical insulation, toughness, filtration, etc.). [Pg.338]

ARP advanced reinforced plastic CCPIA China Plastics Processing... [Pg.649]

The term plastic also refers to a material that has the physical characteristics of plasticity and toughness. See ductility plasticity toughness, plastic, advanced A high-performance material. Also called advanced reinforced plastic or advanced plastic composite. See engineering plastic reinforced plastic, advanced. [Pg.408]

ARP advanced reinforced plastics AZI American Zinc Institute... [Pg.587]

Table 10.2 Examples of the more advanced reinforced plastics... [Pg.1008]

Morgan PE, Trewin EM, Watson IP, Some aspects of the manufacture and use of carbon fibre pultrusion. Symposium on Fabrication Techniques for Advanced Reinforced Plastics, Salford, 69-90, Apr 1980. [Pg.119]

Jones WR, Johnson JW, A resin injection technique for the fabrication of aero-engine composite components. Symposium, Fabrication Techniques for Advanced Reinforced Plastics, Salford, 40 7, Apr 22-23, 1980. [Pg.932]

ARP advanced reinforced plastic ASA Acrylonitrile-styrene-acrylate ASAP as soon as possible ASCII American Standard Code for Information Exchange ASM American Society for Metals ASME American Society of Mechanical Engineers ASNDT American Society for Non-Destructive Testing ASQ American Society for Quality ASQC American Society for Quality Control... [Pg.481]

Reinforced Plastics, Elsevier Advanced Technology, Oxford, U.K., pubHshed monthly. [Pg.98]

The purpose of this subsection is to familiarize the reader with some of the basic characteristics and problems of composite laminate joints. The specific design of a joint is much too complex for an introductory textbook such as this. The published state-of-the-art of laminate joint design is summarized in the Structural Design Guide for Advanced Composite Applications [7-5] and Military Handbook 17A, Plastics for Aerospace Vehicles, Part 1, Reinforced Plastics [7-6]. Further developments can be found in the technical literature and revisions of the two preceding references. [Pg.417]

Donald, V.R. and Dominick, V. 1994. Reinforced plastics handbook, 3rd Elsevier Advanced Technology, Oxford pp 16-18. [Pg.37]

Coleman JN, Cadek M, Blake R, Nicolosi V, Ryan KP, Belton C, et al. High-performance nanotube-reinforced plastics Understanding the mechanism of strength increase. Advanced Functional Materials. 2004 Aug 14(8) 791-8. [Pg.250]

Asian consumption is specifically orientated to glass reinforced plastics (GRP) without a significant production of advanced composites. [Pg.37]

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

Gutfreund, K.., Kutscha, D. Interfacial Investigations in Advanced Fiber Reinforced Plastics, Air Force Materials Laboratory Technical Report AFML-TR-67-275, 59 (1967)... [Pg.31]

Fan blade technology has advanced such that more efficient systems are now available in lightweight materials such as plastics. Due to this weight reduction as well as to the high strength associated with plastics and reinforced plastics, fan usage has been extended to larger diameter towers [3],... [Pg.10]

A new approach was proposed for making effective helmets which could replace the former British army steel helmet. Essentially the new helmet used modified phenolic resins reinforced with nylon, and the crown cap inside was thermoformed from polyethylene. Formerly the crown cap was attached to the steel by rivets—not an appropriate method for fixing polyethylene to reinforced plastics. Instead a method was developed with a hot-melt adhesive based on ethylene-vinyl acetate copolymers cast as film on release paper. For assembly, the cast film is cut in advance to match the intricate shape required and activated by heat to bond under light pressure subsequently, a further heat activation is employed to fix the crown cap in place (Figure 52 illustrates this). [Pg.111]

Murphy, J., Reinforced Plastics Handbook, 2nd Edition, Elsevier Advanced Technology, 1998. [Pg.595]

A number of thermotropic polyester-carbonates were prepared through melt-polymerization of substituted hydroquinones and diphenyl tere-phthalate and diphenyl carbonate to have high molecular weight, with reduced viscosity in the range of 2-3. The molecular weights of the polymers can be advanced further by solid state heat-treatment, with the rate of postpolymerization depending on temperature and Concentration of catalyst. Samples of some compositions can be spun into high performance fibers and processed into self-reinforced plastics. The properties of thermotropic polyester-carbonates and polyesters were compared as fibers and plastics. [Pg.102]

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