THERMOELASTIC PROPERTIES AND CONDUCTIVITY OF CARBON CARBON-FIBER COMPOSITES

Unidirectional carbon/carbon composites are modeled as fiber composites with cylindrically orthotropic fibers and matrix. All of the thermoelastic properties and the conductivities are evaluated on the basis of the composite cylinder assemblage (CCA) and the generalized self consistent scheme (GSCS) models. The former for axisymmetric elastic properties, axial shear modulus, thermal expansion coefficients and conductivities; the latter for transverse shear and Young's moduli and Poisson's ratio. Numerical results are given for onion skin, radial and transversely isotropic phase graphitic structures. © 1990.