Investigation of Vibration and Stability of Graphene NanoRibbone under Magnetic field Effect, Ph.D. Dissertation Sharif University of Technology ; Dehghani Firouzabadi, Rouhollah (Supervisor)
Abstract
This study aims at investigating the vibration analysis and stability of Graphene Nano-Ribbon (GNR) under a magnetic field using continuum mechanics approach and an efficient hybrid modal-molecular dynamics method. The force distribution on the GNR due to the magnetic field is determined by Maxwell's equations, Biot-savart law, magnetic dipoles and Lorentz force law.
Using the continuum mechanics model, the vibration of the GNR in a magnetic field is investigated by some problems and the resonance frequencies, stability boundaries and critical load are studied. Furthermore, in this present study, an efficient hybrid modal-molecular dynamics method is developed for the vibration... Cataloging briefInvestigation of Vibration and Stability of Graphene NanoRibbone under Magnetic field Effect, Ph.D. Dissertation Sharif University of Technology ; Dehghani Firouzabadi, Rouhollah (Supervisor)
Abstract
This study aims at investigating the vibration analysis and stability of Graphene Nano-Ribbon (GNR) under a magnetic field using continuum mechanics approach and an efficient hybrid modal-molecular dynamics method. The force distribution on the GNR due to the magnetic field is determined by Maxwell's equations, Biot-savart law, magnetic dipoles and Lorentz force law.
Using the continuum mechanics model, the vibration of the GNR in a magnetic field is investigated by some problems and the resonance frequencies, stability boundaries and critical load are studied. Furthermore, in this present study, an efficient hybrid modal-molecular dynamics method is developed for the vibration... Find in contentBookmark |
|