We propose a new method of modeling granular media that utilizes a single two- or three-dimensional image and is formulated based on a Markov process. The process is mapped onto one that minimizes the difference between the image and a stochastic realization of the granular medium and utilizes a novel approach to remove possible unphysical discontinuities in the realization. Quantitative comparison between the morphological properties of the realizations and representative examples indicates excellent agreement
This dissertation provides a systematical investigation of computational approaches to mod- eling of...
A 2D computer simulation method of random packings is applied to sets of particles generated by a se...
International audienceIn order to simulate granular microstructures such as cementitious materials, ...
We propose a new method of modeling granular media that utilizes a single two- or three-dimensional ...
Granular packing is one of the long-standing problems that have been studied for decades. Most of th...
International audienceIndustrial processes involving granular media (population of particles: powder...
International audienceThe shape and the motion of dunes are most impressive and beautiful scenes. Gr...
The goal of our contribution was to develop a method providing morphological (microstructural) descr...
Two-dimensional image modeling of binary and ternary mixed porous media was used to study the effect...
In this paper, we report experimental results on granular compaction in a model system made of mono-...
ABSTRACT Fluid flow in, and the thermal, electrical, and acoustic properties of porous media are det...
The shape and the motion of dunes are most imprcssive and beautiful scenes. Granular materials in ge...
A stochastic geometrical modeling method for reconstructing three dimensional pore scale microstruct...
Sediments are routinely analyzed in terms of the sizing characteristics of the grains of which they ...
A stochastic geometrical modeling method for reconstructing three dimensional pore scale microstruct...
This dissertation provides a systematical investigation of computational approaches to mod- eling of...
A 2D computer simulation method of random packings is applied to sets of particles generated by a se...
International audienceIn order to simulate granular microstructures such as cementitious materials, ...
We propose a new method of modeling granular media that utilizes a single two- or three-dimensional ...
Granular packing is one of the long-standing problems that have been studied for decades. Most of th...
International audienceIndustrial processes involving granular media (population of particles: powder...
International audienceThe shape and the motion of dunes are most impressive and beautiful scenes. Gr...
The goal of our contribution was to develop a method providing morphological (microstructural) descr...
Two-dimensional image modeling of binary and ternary mixed porous media was used to study the effect...
In this paper, we report experimental results on granular compaction in a model system made of mono-...
ABSTRACT Fluid flow in, and the thermal, electrical, and acoustic properties of porous media are det...
The shape and the motion of dunes are most imprcssive and beautiful scenes. Granular materials in ge...
A stochastic geometrical modeling method for reconstructing three dimensional pore scale microstruct...
Sediments are routinely analyzed in terms of the sizing characteristics of the grains of which they ...
A stochastic geometrical modeling method for reconstructing three dimensional pore scale microstruct...
This dissertation provides a systematical investigation of computational approaches to mod- eling of...
A 2D computer simulation method of random packings is applied to sets of particles generated by a se...
International audienceIn order to simulate granular microstructures such as cementitious materials, ...