Computational Models for Solving of Nanocomposite's Vibration Problems. Applications for Describing of the Mechanical Behavior at Different Dynamical Loadings

摘要

Nanoscale materials possess exceptional physico-mechanical properties and chirality structure. They find applications in different fields of technique, engineering, electronics, etc. Recently, nanotechnology based on the nanoparticles, discovered their application for therapy in cancer and human diseases. Nanocomposites have better mechanical, elasticity, electronic, optical etc. properties. An overview on computational models for solving of nanocomposites' mechanical behavior at different dynamical loadings has been given.