Overview
ABSTRACT
Mechanical simulation tools provide researchers with valuable assistance for the definition of the physical phenomena of nanomaterials. The continuous finite element approach can provide excellent results if certain precautions are taken. The study of modeling in elastoplasticity, modeling of friction contact or numerical applications provide a better understanding of this method. Similarly, modeling in molecular dynamics and its applications are of interest.
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INTRODUCTION
The development of nanomaterials used in nanotechnology, such as coating materials in multilayer structures, carbon nanotubes and heterogeneous materials, requires knowledge of mechanical properties defined on the nanometric scale. This raises the question of the possibilities and limits of simulation based on a discrete or continuous description of the material...
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Micro- and nanoscale mechanical simulation
Introduction
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