Mixing granular particles of di erent sizes is a common way of increasing the packing fraction. Recently, a model predicting the packing fraction, taking into account the inhomogeneity of the mixed small and large particles, has been proposed by S. Pillitteri et al. Under certain conditions, this model can be simpli ed and analytical solutions can be found. We present here these solutions, compared to experimental data, and the physical interpretation they can bring
Working with the context of a theory proposed recently by Fried et al. (2001), we consider a one-dim...
Several experimental studies have illustrated a balance between the segregation forces arising due t...
Several experimental studies have illustrated a balance between the segregation forces arising due t...
Mixing granular particles of di erent sizes is a common way of increasing the packing fraction. Rece...
peer reviewedFor reaching high packing fractions, grains of various sizes are often mixed together a...
A simple phenomenological numerical model of a binary granular mixture is developed and investigated...
We study the segregation phenomena in granular media in the framework of Tetris-like models for gran...
We study the segregation phenomena in granular media in the framework of Tetris-like models for gran...
We study the segregation phenomena in granular media in the framework of Tetris-like models for gran...
A mathematical model of free surface size segregation of granular matter is proposed. The material i...
Working with the context of a theory proposed recently by Fried et al. (2001), we consider a one-dim...
Abstract A mathematical model of free surface size seg-regation of granular matter is proposed. The ...
Granular materials can segregate spontaneously due to differences in particle properties when subjec...
Granular materials can segregate spontaneously due to differences in particle properties when subjec...
Granular materials can segregate spontaneously due to differences in particle properties when subjec...
Working with the context of a theory proposed recently by Fried et al. (2001), we consider a one-dim...
Several experimental studies have illustrated a balance between the segregation forces arising due t...
Several experimental studies have illustrated a balance between the segregation forces arising due t...
Mixing granular particles of di erent sizes is a common way of increasing the packing fraction. Rece...
peer reviewedFor reaching high packing fractions, grains of various sizes are often mixed together a...
A simple phenomenological numerical model of a binary granular mixture is developed and investigated...
We study the segregation phenomena in granular media in the framework of Tetris-like models for gran...
We study the segregation phenomena in granular media in the framework of Tetris-like models for gran...
We study the segregation phenomena in granular media in the framework of Tetris-like models for gran...
A mathematical model of free surface size segregation of granular matter is proposed. The material i...
Working with the context of a theory proposed recently by Fried et al. (2001), we consider a one-dim...
Abstract A mathematical model of free surface size seg-regation of granular matter is proposed. The ...
Granular materials can segregate spontaneously due to differences in particle properties when subjec...
Granular materials can segregate spontaneously due to differences in particle properties when subjec...
Granular materials can segregate spontaneously due to differences in particle properties when subjec...
Working with the context of a theory proposed recently by Fried et al. (2001), we consider a one-dim...
Several experimental studies have illustrated a balance between the segregation forces arising due t...
Several experimental studies have illustrated a balance between the segregation forces arising due t...