Calculating the Stiffness Matrix of VACNTs Using Structural or Continuum Modelling, M.Sc. Thesis Sharif University of Technology ; Dehghani Firouz Abadi, Ruhollah (Supervisor)
Abstract
The goal of this research is investigation and analysis of a surface consists of vertically aligned carbon nanotubes (VACNTs) using continuum mechanics modeling. Today these kinds of surfaces also known as the darkest material have a particular importance in industries. Knowing the properties of a material is one of the most important things in analysis and designing using that kind of material, so extraxting the stiffness matrix of a material could be a big step for starting analyzing it. In this thesis a lattice of VACNTs with two different layouts and several unique geometrics is simulated using molecular dynamics approach using the Lammps software. The general stiffness matrix of the...
Cataloging briefCalculating the Stiffness Matrix of VACNTs Using Structural or Continuum Modelling, M.Sc. Thesis Sharif University of Technology ; Dehghani Firouz Abadi, Ruhollah (Supervisor)
Abstract
The goal of this research is investigation and analysis of a surface consists of vertically aligned carbon nanotubes (VACNTs) using continuum mechanics modeling. Today these kinds of surfaces also known as the darkest material have a particular importance in industries. Knowing the properties of a material is one of the most important things in analysis and designing using that kind of material, so extraxting the stiffness matrix of a material could be a big step for starting analyzing it. In this thesis a lattice of VACNTs with two different layouts and several unique geometrics is simulated using molecular dynamics approach using the Lammps software. The general stiffness matrix of the...
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