Sharif Digital Repository

Investigation of the interphase effects on the mechanical behavior of carbon nanotube polymer composites by multiscale modeling

Author

Montazeri, A.

Pub. Year

2010

Subjects

Carbon nanotube. / CNT-based nanocomposites. / Interphase. / A-carbon. / Atomistic scale. / Carbon nanotube-polymer composites. / Computational costs. / Interphase effect. / Interphase layers. / Lennard-Jones potential. / Macroscopic materials. / MD simulation. / Mechanical behavior. / Molecular dynamics simulations. / Molecular structural mechanics. / Multi-scale Modeling. / Multiscale models. / Phase modeling. / Three component. / Three-dimensional elements. / Two-phase model. / Van Der Waals interactions. / Carbon nanotubes. / Elastic moduli. / Elasticity. / Molecular dynamics. / Nanocomposites. / Phase interfaces. / Van der Waals forces. / Three dimensional. / Carbon. / Composite property. / Finite element analysis. / Interfacial property. / Nanotube. / Phase separation. / Young modulus.

Study the effect of viscoelastic matrix model on the stability of CNT/polymer composites by multiscale modeling

Author

Montazeri, A.

Pub. Year

2009

Subjects

Atomistic scale. / Behavior model. / Buckling behaviors. / Experimental data. / Large deformations. / Lennard-Jones potential. / Linear elastic. / Matrix. / Matrix deformation. / Multi-scale Modeling. / Multiscale models. / Nonlinear finite element method. / Polymer materials. / Reinforced polymer composites. / Van Der Waals interactions. / Viscoelastic matrix. / Carbon nanotubes. / Deformation. / Matrix algebra. / Mechanical stability. / Molecular mechanics. / Nanocomposites. / Polymers. / Van der Waals forces. / Polymer matrix composites.

Investigating the effect of carbon nanotube defects on the column and shell buckling of carbon nanotube-polymer composites using multiscale modeling

Author

Montazeri, A.

Pub. Year

2009

Subjects

Carbon nanotube. / Defect. / Atomistic scale. / Axial buckling. / Buckling behaviors. / Buckling regime. / Buckling strain. / Carbon nanotube-polymer composites. / CNT-based nanocomposites. / CNT-polymer composites. / Column buckling. / Compact layer. / FE method. / High strength. / Interphase layers. / Lennard-Jones potential. / Multiscale modeling. / Multiscale models. / Polymer chains. / Polymer composite. / Polymer nanocomposite. / Reinforced polymer composites. / Shell buckling. / Single-wall. / Stability behavior. / Vacancy defects. / Van der waals interactions. / Buckling. / Composite materials. / Defects. / Nanocomposites. / Polymers. / Vacancies. / Van der waals forces. / Carbon nanotubes.

Investigation the stability of SWCNT-polymer composites in the presence of CNT geometrical defects using multiscale modeling

Author

Montazeri, A.

Publisher

Department of Scientific Computing, Florida State University,

Pub. Year

2008

Subjects

Composite materials. / Defects. / Lennard-Jones potential. / Nanocomposites. / Polymer matrix. / Reinforcement. / Van der Waals forces. / Yarn. / Geometrical defects. / Matrix deformation. / Molecular structural mechanics. / Multi-scale Modeling. / Polymer nanocomposite. / Reinforced polymer composites. / Representative volume element (RVE) / Van Der Waals interactions. / Carbon nanotubes.