Study of effect of damage accumulation on stress distribution parameters in mesovolume of biocomposite and its performance characteristics /V. A. Mikushina, I. Yu. Smolin, Yu. N. Sidorenko

Mikushina, Valentina A.
Электронный ресурс
Другой Автор
Smolin, Igor Yu.
Sidorenko, Yury N.
Источник
Inorganic materials: applied research 2019 Vol. 10, № 1. P. 66-69
Аннотация
Abstract—A numerical study of mechanical properties of zirconium ceramic–cortical bone tissue biocomposite has been fulfilled using a multiple-scale approach. Evolution of mesoscopic stress distribution in the components of biocomposite during its deformation has been studied with the assumption of damage accumulation until the macrostrength criterion is fulfilled. It has been shown that the parameters of the laws of distribution change with damage accumulation.
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Резюме
Abstract—A numerical study of mechanical properties of zirconium ceramic–cortical bone tissue biocomposite has been fulfilled using a multiple-scale approach. Evolution of mesoscopic stress distribution in the components of biocomposite during its deformation has been studied with the assumption of damage accumulation until the macrostrength criterion is fulfilled. It has been shown that the parameters of the laws of distribution change with damage accumulation.