We investigate the dynamics of bidensity slurries on an incline. The particle-fluid mixture consists of two species of negatively buoyant particles that have roughly the same size but significantly variant densities. This mismatch in particle densities induces or prevents settling depending on the relative amount of heavy to light particles, leading to complex regimes also found in the monodisperse case. In addition, when settling effects dominate within the thin film, we observe the phase separation down the incline between the particles and the liquid, as well as between two particle types. © 2014 Springer-Verlag Berlin Heidelberg
Hypothesis: Relative motion of micro-sized particles suspended in liquid is governed by hydrodynamic...
This paper deals with the evolution of a localized, constant-volume initial condition on an incline ...
In many geological and industrial situations the mixing that occurs across the moving interface betw...
We investigate the dynamics of bidensity slurries on an incline. The particle-fluid mixture consists...
Particle-laden slurries are pervasive in both natural and industrial settings, whenever particles ar...
For flow of suspensions down an incline, particles are driven by shear-induced migration towards the...
The behaviour of inhomogeneous suspensions in a viscous oil is relevant in the context of oil spill ...
Le transport par charriage reste un phénomène mal compris en raison notamment de la polydispersité d...
The average settling velocity of a suspension of identical particles through otherwise quiescent flu...
The average settling velocity of a suspension of identical particles through otherwise quiescent flu...
The average settling velocity of a suspension of identical particles through otherwise quiescent flu...
We develop a dynamic model for suspensions of negatively buoyant particles on an incline. Our model ...
A series of sedimentation experiments and numerical simulations have been conducted to understand th...
Experiments were performed to provide insight into the flow behavior and structure of bimodal mixtur...
A series of sedimentation experiments and numerical simulations have been conducted to understand th...
Hypothesis: Relative motion of micro-sized particles suspended in liquid is governed by hydrodynamic...
This paper deals with the evolution of a localized, constant-volume initial condition on an incline ...
In many geological and industrial situations the mixing that occurs across the moving interface betw...
We investigate the dynamics of bidensity slurries on an incline. The particle-fluid mixture consists...
Particle-laden slurries are pervasive in both natural and industrial settings, whenever particles ar...
For flow of suspensions down an incline, particles are driven by shear-induced migration towards the...
The behaviour of inhomogeneous suspensions in a viscous oil is relevant in the context of oil spill ...
Le transport par charriage reste un phénomène mal compris en raison notamment de la polydispersité d...
The average settling velocity of a suspension of identical particles through otherwise quiescent flu...
The average settling velocity of a suspension of identical particles through otherwise quiescent flu...
The average settling velocity of a suspension of identical particles through otherwise quiescent flu...
We develop a dynamic model for suspensions of negatively buoyant particles on an incline. Our model ...
A series of sedimentation experiments and numerical simulations have been conducted to understand th...
Experiments were performed to provide insight into the flow behavior and structure of bimodal mixtur...
A series of sedimentation experiments and numerical simulations have been conducted to understand th...
Hypothesis: Relative motion of micro-sized particles suspended in liquid is governed by hydrodynamic...
This paper deals with the evolution of a localized, constant-volume initial condition on an incline ...
In many geological and industrial situations the mixing that occurs across the moving interface betw...