Add to ORKGInternational audienceIn order to better understand the mechanism governing segregation in granular flows, the force experienced by a large particle embedded in a granular flow made of small particles is studied using discrete numerical simulations. An empirical expression of the segregation force is proposed as a function of the stress distribution
Particle size segregation is ubiquitous in granular systems with differently sized constituents but ...
Modeling of particle-size segregation in dense granular flows could benefit from a better understand...
Particles of differing sizes are notoriously prone to segregation in shear driven flows under the ac...
International audienceIn order to better understand the mechanism governing segregation in granular ...
Particle segregation in geophysical and industrial granular flows is typically driven by gravity and...
Particle segregation in geophysical and industrial granular flows is typically driven by gravity and...
Particle segregation in geophysical and industrial granular flows is typically driven by gravity and...
When granular media which have different size, density, shape or even frictional properties flow the...
University of Minnesota Ph.D. dissertation. June 2011. Major: Civil Engineering. Advisor: Kimberly M...
We report on the scaling between the lift force and the velocity lag experienced by a single particl...
We report on the scaling between the lift force and the velocity lag experienced by a single particl...
We report on the scaling between the lift force and the velocity lag experienced by a single particl...
Modeling and simulation of segregation phenomena in granular flows are investigated. Computational m...
Modeling and simulation of segregation phenomena in granular flows are investigated. Computational m...
Particle size segregation is ubiquitous in granular systems with differently sized constituents but ...
Particle size segregation is ubiquitous in granular systems with differently sized constituents but ...
Modeling of particle-size segregation in dense granular flows could benefit from a better understand...
Particles of differing sizes are notoriously prone to segregation in shear driven flows under the ac...
International audienceIn order to better understand the mechanism governing segregation in granular ...
Particle segregation in geophysical and industrial granular flows is typically driven by gravity and...
Particle segregation in geophysical and industrial granular flows is typically driven by gravity and...
Particle segregation in geophysical and industrial granular flows is typically driven by gravity and...
When granular media which have different size, density, shape or even frictional properties flow the...
University of Minnesota Ph.D. dissertation. June 2011. Major: Civil Engineering. Advisor: Kimberly M...
We report on the scaling between the lift force and the velocity lag experienced by a single particl...
We report on the scaling between the lift force and the velocity lag experienced by a single particl...
We report on the scaling between the lift force and the velocity lag experienced by a single particl...
Modeling and simulation of segregation phenomena in granular flows are investigated. Computational m...
Modeling and simulation of segregation phenomena in granular flows are investigated. Computational m...
Particle size segregation is ubiquitous in granular systems with differently sized constituents but ...
Particle size segregation is ubiquitous in granular systems with differently sized constituents but ...
Modeling of particle-size segregation in dense granular flows could benefit from a better understand...
Particles of differing sizes are notoriously prone to segregation in shear driven flows under the ac...