Add to ORKGThe asymptotic long time behavior of the velocity autocorrelation function (VAF) in the hydrodynamic description is considered. It is shown that the model predicts a peaked behavior in the magnitude of the VAF at a certain value of the diffusion coefficient
The hydrodynamic modes and the velocity autocorrelation functions for a dilute sheared inelastic flu...
Twenty five years ago Alder and Wainwright discovered, by simulation, the 'long-time tails' in the v...
The temporal evolution of binary mixtures of hard rods in a ring is simulated in a computer with ran...
The asymptotic long time behavior of the velocity autocorrelation function (VAF) in the hydrodynamic...
We have calculated the velocity autocorrelation function for a tracer particle in a model two-dimens...
Molecular dynamics simulations are employed to obtain the velocity autocorrelation function (VAF) fo...
In this article, we present molecular dynamics study of the velocity autocorrelation funct...
International audienceIn fully developed turbulence, the velocity field possesses long-range correla...
Molecular dynamic simulations are performed to reveal the long-time behavior of the velocity autocor...
Unified description on the long-time tail of velocity autocorrelation function (VACF) and the algebr...
We report on molecular dynamics simulation of long-time tails in the velocity and stress autocorrela...
The expression for the sixth-frequency sum rule of the velocity autocorrelation function for a two-d...
We study the velocity autocorrelation function of a driven granular fluid in the stationary state in...
We report numerical simulations of the velocity autocorrelation function (VACF) for tagged particle ...
We report on molecular dynamics simulation of long-time tails in the velocity and stress autocorrela...
The hydrodynamic modes and the velocity autocorrelation functions for a dilute sheared inelastic flu...
Twenty five years ago Alder and Wainwright discovered, by simulation, the 'long-time tails' in the v...
The temporal evolution of binary mixtures of hard rods in a ring is simulated in a computer with ran...
The asymptotic long time behavior of the velocity autocorrelation function (VAF) in the hydrodynamic...
We have calculated the velocity autocorrelation function for a tracer particle in a model two-dimens...
Molecular dynamics simulations are employed to obtain the velocity autocorrelation function (VAF) fo...
In this article, we present molecular dynamics study of the velocity autocorrelation funct...
International audienceIn fully developed turbulence, the velocity field possesses long-range correla...
Molecular dynamic simulations are performed to reveal the long-time behavior of the velocity autocor...
Unified description on the long-time tail of velocity autocorrelation function (VACF) and the algebr...
We report on molecular dynamics simulation of long-time tails in the velocity and stress autocorrela...
The expression for the sixth-frequency sum rule of the velocity autocorrelation function for a two-d...
We study the velocity autocorrelation function of a driven granular fluid in the stationary state in...
We report numerical simulations of the velocity autocorrelation function (VACF) for tagged particle ...
We report on molecular dynamics simulation of long-time tails in the velocity and stress autocorrela...
The hydrodynamic modes and the velocity autocorrelation functions for a dilute sheared inelastic flu...
Twenty five years ago Alder and Wainwright discovered, by simulation, the 'long-time tails' in the v...
The temporal evolution of binary mixtures of hard rods in a ring is simulated in a computer with ran...