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Dense Granular Flows

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Following the 2003 INI programme Granular and Particle-Laden Flows, the Institute of Mathematics and its Applications has held two conferences on Dense Granular Flows at the Isaac Newton Institute: 5 - 9 January 2009 IMA Conference on Dense Granular...

Location:

United States

Description:

Following the 2003 INI programme Granular and Particle-Laden Flows, the Institute of Mathematics and its Applications has held two conferences on Dense Granular Flows at the Isaac Newton Institute: 5 - 9 January 2009 IMA Conference on Dense Granular Flows 1 - 4 July 2013 2nd IMA Conference on Dense Granular Flows Flows involving solid particulates are ubiquitous in nature and industry alike. Such flows are found in pharmaceutical production, the chemical industry, the food and agricultural industries, energy production and the environment. Many unsolved problems remain, however. For example, the rejection rate by US pharmaceutical manufacturers is around 5% with the cost of losing a single batch of medication ranging from £50,000 to £500,000. In order to be able to solve such problems, granular flows need to be understood so that their behaviour can be controlled and predicted. To date, we are able to describe rapid granular flows, where the particles are highly agitated and there has been some success describing static systems. The intermediate regime, where these two phases meet and coexist, is not as well understood and yet is the most commonly observed behaviour of granular flow. The objective of these meetings is to interface the two ends of the particulate flow spectrum – those working to understand the fundamentals of granular flows and those attempting to control particulate flows in an industrial setting - to develop solutions to the complex problems presented by dense granular flows. http://www.ima.org.uk/conferences/conferences_calendar/dense_granular_flows.cfm

Language:

English


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

7/8/2013
Li, S; Zhu, R Thursday 04 July 2013, 11:40-12:00

Duration:00:25:33

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Clogging in bottlenecks: from inert particles to active matter

7/8/2013
Zuriguel, I Thursday 04 July 2013, 11:20-11:40

Duration:00:23:04

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

7/8/2013
Yu, X; Ocone, R; Generalis, S; Makkawi, Y Thursday 04 July 2013, 11:00-11:20

Duration:00:17:07

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Directional statistics in dense granular materials

7/8/2013
Li, X; Yu, H-S Thursday 04 July 2013, 10:00-10:20

Duration:00:20:35

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

7/8/2013
Lerner, E; During, G; Wyart, M Thursday 04 July 2013, 09:40-10:00

Duration:00:20:32

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Keynote Talk: Slow Granular Flows

7/8/2013
van Hecke, M (Leiden Institute of Physics) Thursday 04 July 2013, 09:00-09:40

Duration:00:39:51

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Granular Drum on an Incline

7/8/2013
Taberlet, N; Sobral, Y; Tokieda, T Wednesday 03 July 2013, 16:40-17:00

Duration:00:23:36

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Dense granular fluids in confined geometry

7/5/2013
Soto, R Wednesday 03 July 2013, 16:20-16:40

Duration:00:19:11

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

7/5/2013
Mathé, J Wednesday 03 July 2013, 16:00-16:20

Duration:00:20:53

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Granular flows confined between flat, frictional walls

7/5/2013
Richard, P; Valance, A; Delannay, R Wednesday 03 July 2013, 15:00-15:20

Duration:00:20:54

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Influence of shape and cohesion on rheophysics of granular materials

7/5/2013
Chevoir, F; Roux, J-N; Khamshe, S; Rognon, P; Azéma, E Wednesday 03 July 2013, 14:40-15:00

Duration:00:19:16

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

7/5/2013
Chevoir , F; Mills, P; Roux, J-N Wednesday 03 July 2013, 14:20-14:40

Duration:00:21:13

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

7/5/2013
Fouda, YM; Wildman, RD; Versteeg, HK Wednesday 03 July 2013, 14:00-14:20

Duration:00:18:24

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Transition in a dense granular flow

7/5/2013
Kumaran, V; Maheshwari, S; Segar, B Wednesday 03 July 2013, 13:40-14:40

Duration:00:19:46

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An alternative formulation for granular avalanches over non-trivial topography

7/5/2013
Tai, Y-C; Kuo, C-Y; Chen, W-C Wednesday 03 July 2013, 12:00-12:20

Duration:00:22:27

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

7/4/2013
Médale, M; Chauchat, J Wednesday 03 July 2013, 11:40-12:00

Duration:00:25:36

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New regimes and phase transitions in channeled granular flows

7/4/2013
Delannay, R; Brodu, N; Richard, P; Valance, A Wednesday 03 July 2013, 11:20-11:40

Duration:00:23:34

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Inclined Granular Flows Supported on a Collisional Shear Layer

7/4/2013
Jenkins, JT; Berzi, D Tuesday 02 July 2013, 16:40-17:00

Duration:00:18:56

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

7/4/2013
Vega Reyes, F; Garzó, V Wednesday 03 July 2013, 11:00-11:20

Duration:00:15:23

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Stadium shear experiments: eddy viscosity in dense granular flows

7/4/2013
Miller, T; Rognon, P; Metzger, B; Einav, I Wednesday 03 July 2013, 10:00-10:20

Duration:00:20:25