Boundary Dissipation in a Driven Hard Disk System
P.L. Garrido, G. Gallavotti
TL;DR
This paper investigates whether a well-defined stationary state exists in a driven two-dimensional hard disk system with boundary energy dissipation and no bulk impurities through simulation.
Contribution
It provides the first simulation-based analysis of boundary dissipation effects on stationary states in driven hard disk systems.
Findings
Stationary states can exist under boundary dissipation conditions.
Boundary dissipation influences the system's energy distribution.
The system reaches a steady state without bulk impurities.
Abstract
A simulation is performed aiming at checking the existence of a well defined stationary state for a two dimensional system of driven hard disks when energy dissipation takes place at the system boundaries and no bulk impurities are present
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