Comparing dense suspensions and soft amorphous solids indicate the emergence of selforganization in flow

Update: 2013-07-08

Description

Lerner, E; During, G; Wyart, M
Thursday 04 July 2013, 09:40-10:00

Comments

In Channel

Experiments and Modelling on the Flow Patterns of Cohesive Granular Materials in Spouted Beds

2013-07-0825:33

Clogging in bottlenecks: from inert particles to active matter

2013-07-0823:04

Inter-particle force and stress models for wet and dry particulate flow at the intermediate flow regime

2013-07-0817:07

Directional statistics in dense granular materials

2013-07-0820:35

Comparing dense suspensions and soft amorphous solids indicate the emergence of selforganization in flow

2013-07-0820:32

Keynote Talk: Slow Granular Flows

2013-07-0839:51

Granular Drum on an Incline

2013-07-0823:36

Dense granular fluids in confined geometry

2013-07-0519:11

Dense gas-particles flows in a horizontal U-shaped channel

2013-07-0520:53

Granular flows confined between flat, frictional walls

2013-07-0520:54

Influence of shape and cohesion on rheophysics of granular materials

2013-07-0519:16

The rheophysics of two athermal systems: dry granular media and non-Brownian suspensions

2013-07-0521:13

Experimental and Kinetic theory based Numerical Study of Multiphase Solid-gas Flow

2013-07-0518:24

Transition in a dense granular flow

2013-07-0519:46

An alternative formulation for granular avalanches over non-trivial topography

2013-07-0522:27

A three-dimensional numerical model for dense granular flows based on ƒÊ(I ) rheology

2013-07-0425:36

New regimes and phase transitions in channeled granular flows

2013-07-0423:34

Inclined Granular Flows Supported on a Collisional Shear Layer

2013-07-0418:56

Diffusion and segregation of a granular impurity in a dense inelastic fluid

2013-07-0415:23

Stadium shear experiments: eddy viscosity in dense granular flows

2013-07-0420:25

00:00

Comparing dense suspensions and soft amorphous solids indicate the emergence of selforganization in flow

#box-pro-ellipsis-175750936633537{-webkit-line-clamp:2;}Comparing dense suspensions and soft amorphous solids indicate the emergence of selforganization in flow

Comparing dense suspensions and soft amorphous solids indicate the emergence of selforganization in flow

Sarah Middle

Comparing dense suspensions and soft amorphous solids indicate the emergence of selforganization in flow