By John D. Buckley, Dan D. Edie
The key parts of carbon-carbon fabrics and composites are defined during this finished quantity. It provides facts and expertise at the fabrics and constructions built for the construction of carbon-carbon fabrics and composites. The textual content consists of papers by way of thirteen famous authors of their components of craftsmanship with regards to the techniques and creation of those fabric platforms and constructions. the subject material within the e-book is prepared to guide the reader via fabrics processing, fabrication, structural research, and purposes of ordinary carbon-carbon items. the data supplied contains: fiber expertise, matrix fabric, layout of composite constructions, production ideas, engineering mechanics, protecting coatings, and structural functions utilizing carbon-carbon fabrics and composites.
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Additional info for Carbon-carbon composites
Mochida, Isao; Toshima, Hiroshi; Korai, Yozo; and Naito, Tsutomu: Modification of Mesophase Pitch by Blending. Part 2-Modification of Mesophase Pitch Fibre Precursor With Thermoresisting Polyphenyleneoxide (PPO). J . Mater. , vol. 23, no. 2, Feb. 1988, pp. 678-686. 38 Carbon Fiber Manufacturing 18. Hughes, T. ; and Chambers, C. : Manufacture of Carbon Filaments. U S . Patent 405,480,1889. 19. Tibbetts, G. : Vapor-Grown Carbon Fibers. Carbon Fibers, Filaments and Composites, J. Figueiredo, C. A.
In other structural applications, the CC composite experiences both tensile and compressive loading. This loading makes fiber compression properties critical, and, again, PAN-based fibers are preferred. In applications in which interlaminar strengthening is necessary, fiber strength and stiffness are not as critical as the ability to weave a complex fabric preform from the carbon reinforcing fibers. Here the low modulus of rayon-based carbon fiber, combined with its medium strength, results in the moderate strain to failure necessary for processing on weaving equipment.
However, in the core region, Johnson found that the layer planes were folded extensively, often through angles of 180'. He proposed that misoriented crystallites interlink with other oriented and misoriented crystallites, accounting for the voids, shown in figure 4. Based on these results, Johnson developed the 3-D schematic representation of the microstructure of PAN-based carbon fiber shown in figure 5. Endo (ref. 15) also conducted a crystallographic analysis of a PAN-based carbon fiber, Torayca M46, manufactured by the Toray Company.
Carbon-carbon composites by John D. Buckley, Dan D. Edie