This paper focuses on two main objectives. The first one is to exploit an energy equivalent
model and finite element method to evaluate the equivalent Young's modulus of single …

The molecular structural mechanics (MSM) method is developed by applying beam
elements to model bonded interactions between carbon atoms in the atomic lattices of single …

The force–extension relationship of single polymer chains is an essential component
underlying the development of macroscopic constitutive models for elastomers. In this work …

Abstract In this study, Mori–Tanaka micromechanical model has been coupled with finite
element representative volume element (RVE) approach to model functionally graded CNT …

A simple and efficient methodology is proposed for computing the nonlinear stress-strain
behavior and fracture strength under tensile loading of graphene-silicon nanosheet …

An aneurysm is a balloon-like bulge in the wall of blood vessels, occurring in major arteries
of the heart and brain. Biodegradable polymeric stent-assisted coiling is expected to be the …

This work is devoted to the issues of numerical modeling of evolutionary processes
occurring in nanomodified polymers during their deformation under static loading. The finite …

ADVANCES IN MODELING GAS ADSORPTION IN POROUS MATERIALS FOR THE
CHARACTERIZATION APPLICATIONS by Max A. Maximov The dis Page 1 ABSTRACT …

This research is carried out to investigate linear and non‐linear mechanical properties of the
single‐walled carbon nanotube. The approach of the analysis is carbon nanotube treated as …

Since 1991 till now, Carbon nanotubes (CNTs) discovered by Ijima, have huge amount of
scientific research from many disciplines (ie; material science, engineering, chemistry, and …