The Structural Optimization Of Ceramic-Organic Composites

The results of studies concerning of ceramic - polymer composites on the porous ceramic base are presented in the paper. Wide technological possibilities of fabrication of high-porous materials allows for an optimization of the structural parameters of ceramic-polymer composites in order to achieve their maximum mechanical properties. In the case of the transition from the single crack fracture to stochastic cracking, porous morphology, volume porosity, pore and particle size, properties of polymeric filler should be taking into account.The influence of the porous structure and the porosity of the ceramic matrix on strength and the mechanical behavior of the ceramic-polymer composite is caused by the stress concentration near the pores. Introduced to the pores of the ceramic porous material of polymer leads to improve the strength and damping parameters of the composite obtained.