Conducted analysis of heat transfer in the amount of carbon-carbon composite materials. Experienced by found that homogeneous thermal State is formed at a depth of up to twenty structural cells of the composite. Identified characteristic layered structure porosity of the material in the form of pores-cracks. Experimentally demonstrated value of reducing coefficient of thermal conductivity for samples when their division into parts. Found that the process of cooling the hot rod of reinforcement from carbon composite substance to a lesser extent on effective thermal conductivity in transversal direction of a parallel beam of fibers to a greater extent the contact thermal resistance on the limits of the port-cracks with a crack of air heat conductivity 0,3 W/(m·K). Ill. 5. Ref. 18. Tab. 1.
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