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Symmetry-Adapted Phonon Analysis of Nanotubes

Submitted by Amin Aghaei on
research
Nanotubes
phonon
Objective structures
Stability of Crystals
Dispersion Curves

This is the draft of our recent paper on the phonon analysis of nanotubes which is accpeted for publication by JMPS. The title and abstract are:

Title: Symmetry-Adapted Phonon Analysis of Nanotubes

Amin Aghaei, Kaushik Dayal (Civil and Environmental Engineering, Carnegie Mellon University)

Ryan Elliott (Aerospace Engineering and Mechanics, University of Minnesota)

 

Abstract:

A variational approach to predict percolation thresholds of nanomaterials

Submitted by Frankxu on
research
Nanotubes
percolation
nanoplatelets

Study on the properties of inhomogeneous media plays a central role throughout the history of physics, e.g.

Possion’s theory on magnetism of composites, Faraday’s dielectric model of composites, Maxwell’s and later

Rayleigh’s work on conductivity of composites, and Einstein’s thesis on viscosity of fluid-particle media. As

a special branch of this field, percolation research on phase transition and critical phenomena was originated

with lattice percolation theories in 1950s [1]. The idealization of a lattice structure is convenient for analytical

Symmetry-Adapted Non-Equilibrium Molecular Dynamics of Chiral Carbon Nanotubes under Tensile Loading

Submitted by Amin Aghaei on
research
Nanotubes
Objective MD
Thermostat
Barostat

Here is the paper "Symmetry-Adapted Non-Equilibrium Molecular Dynamics of Chiral Carbon Nanotubes under Tensile Loading"

 Amin Aghaei, Kaushik Dayal

Civil and Environmental Engineering, Carnegie Mellon University

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