Effects of Boundary Conditions on Magnetic Friction
arXiv:1812.03344 · doi:10.1103/PhysRevE.99.052103
Abstract
We consider magnetic friction between two square lattices of the ferromagnetic Ising model of finite thickness. We analyze the dependence on the boundary conditions and the sample thickness. Monte Carlo results indicate that the setup enables us to control the frictional force by magnetic fields on the boundaries. In addition, we confirm that the temperature derivative of the frictional force as well as that of the boundary energy has singularity at a velocity-dependent critical temperature.
arXiv comment5 pages, 9 figures
References in corpus (14)
- Magnetic friction in Ising spin systems
- Electronic versus Phononic Friction of Xenon on Silver
- Non-equilibrium phase transition in an exactly solvable driven Ising model with friction
- Controlling Microscopic Friction through Mechanical Oscillations
- Strongly anisotropic non-equilibrium phase transition in Ising models with friction
- Magnetic friction: From Stokes to Coulomb behavior
- Nonequilibrium phase transition in a driven Potts model with friction
- Two interacting Ising chains in relative motion
- Effects of Defects on Friction for a Xe Film Sliding on Ag(111)
- Sheared Ising models in three dimensions
- Formation of nonequilibrium modulated phases under local energy input
- Energy dissipation of moved magnetic vortices
- Three-dimensional non-equilibrium Potts systems with magnetic friction
- Non-linear rheology of layered systems - a phase model approach
Cited by in corpus (4)
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- A model of magnetic friction obeying the Dieterich--Ruina law in the steady state
- Relaxation process of magnetic friction under sudden changes in velocity
- Transition between the stick and slip states in a simplified model of magnetic friction