International encyclopedia of composites, Volume 4
Stuart M. Lee
VCH, 1991 - Technology & Engineering - 532 pages
Includes almost all essential areas necessary to understand this group of materials in detail, and how to use them for different applications. Includes special types of composites used as engineering materials, the behavior of composite materials under different types of loading conditions, composites with special property profiles, and design aspects of composites materials.
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absorption acetylated acid adhesive alignment aluminum applications aramid carbon fibers Chem chemical coating components composite materials compressive strength corrosion crack crystallinity density developed diffusion effect epoxy ExMF exposure extruder fabric fiber bundle fiber reinforced Flexural modulus Flexural strength flow fracture toughness glass fiber glass transition temperature graphite heat Hergenrother high temperature impact increase laminate layup manufacturing matrix composites mechanical properties melt metal metal matrix composites method molecular weight monomer orientation oxide PBZT PEEK phenolic Plastics poly polybutadiene polycarbonate polyester polyetherimides polyimide polymer polymerization post-cure prepreg pressure propellants R. M. Rowell ratio reaction resin resistance result room temperature SAMPE sample screw shear shown in Figure solution solvent specimen stability strain stress structure substrate surface Table techniques tensile strength thermal thermoplastic thermoset thickness tion ture typical U.S. Patent ultrasonic unidirectional viscosity wear rate x-ray