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Convergence of Nonequilibrium Langevin Dynamics for Planar Flows
Journal article   Peer reviewed

Convergence of Nonequilibrium Langevin Dynamics for Planar Flows

Matthew Dobson and Abdel Kader Geraldo
Journal of statistical physics, Vol.190(5), 91
04/26/2023

Abstract

Article Mathematical and Computational Physics Physics and Astronomy Statistical Physics and Dynamical Systems Theoretical Physical Chemistry Physics Quantum Physics
We prove that incompressible two-dimensional nonequilibrium Langevin dynamics (NELD) converges exponentially fast to a steady-state limit cycle. We use automorphism remapping periodic boundary conditions (PBCs) such as Lees–Edwards PBCs and Kraynik–Reinelt PBCs to treat respectively shear flow and planar elongational flow. The convergence is shown using a technique similar to (Joubaud et al. in J Stat Phys 158:1–36, 2015).

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