The classic benchmarks for transport through a binary markovian mixure are revisited to look at the probability distribution function of the chosen “results”: reflection, transmission and scalar flux. We argue that knowledge of the ensemble averaged results is not sufficient for reliable predictions: a measure of the dispersion must also be obtained. An algorithm to estimate this dispersion is tested
International audienceParticle transport in random media obeying a given mixing statistics is key in...
International audienceWe present several benchmark tests for Monte Carlo methods simulating diffusio...
<p>The parameters , and for a discrete random walk model (fig. 4a), the two parameters describing ...
The classic benchmarks for transport through a binary markovian mixure are revisited to look at the ...
We give numerical benchmark results for particle transport in a randomly mixed binary medium, with t...
Abstract--We give numerical benchmark results for particle transport in a randomly mixed binary medi...
International audienceParticle transport in random media obeying a given mixing statistics is key in...
International audienceThe Chord Length Sampling (CLS) algorithm is a powerful Monte Carlo method tha...
International audienceParticle transport in Markov mixtures can be addressed by the so-called Chord ...
In recent years, Spatial Markov Models have gained popularity in simulating solute transport in hete...
International audienceWe study the ensemble statistics of the particle density in a random medium wh...
In recent years, Spatial Markov Models have gained popularity in simulating solute transport in hete...
In ideal solutions, binary, or mutual, diffusion is well described by Fick’s law, which describes th...
The ensemble averaging technique is applied to model mass transport by diffusion in random networks....
The goal in this research was to continue the development of a comprehensive theory of linear transp...
International audienceParticle transport in random media obeying a given mixing statistics is key in...
International audienceWe present several benchmark tests for Monte Carlo methods simulating diffusio...
<p>The parameters , and for a discrete random walk model (fig. 4a), the two parameters describing ...
The classic benchmarks for transport through a binary markovian mixure are revisited to look at the ...
We give numerical benchmark results for particle transport in a randomly mixed binary medium, with t...
Abstract--We give numerical benchmark results for particle transport in a randomly mixed binary medi...
International audienceParticle transport in random media obeying a given mixing statistics is key in...
International audienceThe Chord Length Sampling (CLS) algorithm is a powerful Monte Carlo method tha...
International audienceParticle transport in Markov mixtures can be addressed by the so-called Chord ...
In recent years, Spatial Markov Models have gained popularity in simulating solute transport in hete...
International audienceWe study the ensemble statistics of the particle density in a random medium wh...
In recent years, Spatial Markov Models have gained popularity in simulating solute transport in hete...
In ideal solutions, binary, or mutual, diffusion is well described by Fick’s law, which describes th...
The ensemble averaging technique is applied to model mass transport by diffusion in random networks....
The goal in this research was to continue the development of a comprehensive theory of linear transp...
International audienceParticle transport in random media obeying a given mixing statistics is key in...
International audienceWe present several benchmark tests for Monte Carlo methods simulating diffusio...
<p>The parameters , and for a discrete random walk model (fig. 4a), the two parameters describing ...
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