By John D. Buckley and Dan D. Edie (Auth.)
The most important components of carbon-carbon fabrics and composites are defined during this complete quantity. It provides info and expertise at the fabrics and constructions constructed for the creation of carbon-carbon fabrics and composites. The textual content consists of papers by way of thirteen famous authors of their parts of workmanship in relation to the approaches and creation of those fabric platforms and buildings.
The subject material within the e-book is prepared to steer the reader via fabrics processing, fabrication, structural research, and functions of standard carbon-carbon items. the knowledge supplied comprises: fiber know-how, matrix fabric, layout of composite constructions, production options, engineering mechanics, protecting coatings, and structural functions utilizing carbon-carbon fabrics and composites
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Extra info for Carbon–Carbon Materials and Composites
High-Performance Carbon Fibers. Polymer Eng. , voL 15, no. 3, Mar. 1975, pp. 150-159. 2. : Process for the Production of Acrylic Filaments. S. Patent 3,657,409, Apr. 1972. 3. : A Unique Approach to Carbon Fiber Precursor Development. , 1986, pp. 201-213. 4. 1981. 5. Clarke, A. ; and Bailey, J. : Oxidation of Acrylic Fibres for Carbon Fibre Formation. Nature, voL 243, no. 5402, May 18, 1973, pp. 146-154. 37 CC Materials and Composites 6. Thorne, D. : Manufacture of Carbon Fibre From PAN. Strong Fibres, W.
As in other classes of fiber-reinforced composite materials, the required fiber properties depend on the particular composite application. In certain propulsion applications of CC composites, high fiber strength is critical and stiffness is less important. In these applications, polyacrylonitrile (PAN) based carbon reinforcing fibers are the logical choice. 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.
This step is critical because the small diameter of the initial filaments makes them a potential carcinogen. Because pyrocarbon deposits with the basal planes parallel to the fiber surface, the fiber is highly oriented and has a high modulus. Figure 12 shows a schematic of the various stages of this catalyst-induced growth of carbon fibers (ref. 19). Tibbetts and his coworkers at General Motors Corporation used this growth technique to produce filaments with lengths up to 30 cm in an atmosphere of 33 CC Materials and Composites o » o O ( ,' Catalyst particles Filaments >) (a) F/'èer growth stage.