Biomass Particulate Systems: Dynamics, Modeling, and Simulation | AIChE

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Biomass Particulate Systems: Dynamics, Modeling, and Simulation

Chair(s)

Sperati, K., The Dow Chemical Company

Co-chair(s)

Johanson, K., Material Flow Solutions, Inc.

The session will focus on approaches to understand, predict, design, model and thus optimize biomass particulate systems.

Presentations

8:00 AM
(110a) A Hysteretic Nonlinear Elastoplastic Contact Model for Discrete Element Modeling of Milled Woody Biomass
8:15 AM
(110b) Discrete Element Modeling of Irregular-Shaped Switchgrass Particles for Integrated Process Optimization
8:30 AM
(110c) A Multi-Regime Continuum Approach for Modeling Flow of Granular Pine Chip
8:45 AM
(110d) A Kinetic Approach to Simulating Spherocylindrical Particles
9:00 AM
(110e) Superdem-CFD: Open Source Parallel Solver for Non-Spherical Particle-Fluid Fluidization Systems
9:15 AM
(110f) Computational Fluid-Dynamics Modeling of Biomass-Feedstock Flow Using a Non-Local Granular-Fluidity Constitutive Model
9:30 AM
(110g) Computational Modeling of a Biomass Screw-Feeder with Compressible Non-Newtonian Rheology
9:45 AM
(110h) Flow Characterization of Fibrous Woody Biomass Using Experiments and Modeling

Topics 

Particle Technology
Separations
Fluid-Particle Separations

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Pricing

Individuals

AIChE Members $150.00
AIChE Emeritus Members $105.00
AIChE Graduate Student Members Free
AIChE Undergraduate Student Members Free
Non-Members $225.00

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