Session: Fundamentals of Fluidization (2012 Annual Meeting)

Description:

The session will cover topics in all aspects of fluidization and fluid particle systems involving gas/solid, liquid/solid, and gas/liquid/solid phases. Papers presenting research related to experimental, analytical, and computational approaches in elucidating the mechanism of reactive and non-reactive fluid-particle interactions and their effects on the flow systems are invited

Sponsor:

Fluidization and Fluid-Particle Systems

Chair:

S.B. Reddy Karri
Particulate Solid Research, Inc.
4201 West 36th Street, Suite 200
Chicago, IL 60632
Fax Number: 773-299-1007
Email: reddy.karri@psrichicago.com

Co-Chair:

Raymond Lau
Nanyang Technological University
School of Chemical and Biomedical Engineering
62 Nanyang Drive
Singapore Phone Number: +65 63168830
Fax Number: + 65 67911761
Email: wmlau@ntu.edu.sg

Papers:

212a

A Favre-Averaged Turbulence Model for Gas-Particle Flows
Thomas J. O'Brien, Retired

212b

L-Valve Operation Under High Temperature Conditions
Dawei Wang, The Ohio State University; Hyung Kim, The Ohio State University; Samuel Bayham, The Ohio State University; L.-S. Fan, The Ohio State University

212c

Study of Distribution and Stability of Solid Particles in a Spouted Bed
Ghanim M. Alwan Sr., University of Technology; Muthanna H. Aldahhan, Missouri University of Science and Technology; Shreekanta Aradhya, Missouri University of Science and Technology; Stoyan Nedeltchev, Missouri University of Science and Technology

212d

A Novel Bubble-Emulsion Model for Modeling Gas-Solid Bubbling Fluidized Beds
Xi Gao, Zhejiang University; Li-jun Wang, Zhejiang University; Cheng Wu, Zhejiang University; You-wei Cheng, Zhejiang University; Xi Li, Zhejiang University

212e

Particle Segregation in a Liquid Fluidized Bed Incorporating Inclined Channels Subjected to Centrifugal Forces
Kevin P. Galvin, The University of Newcastle; James E. Dickinson, The University of Newcastle

212f

An Analysis Method for Fluidized Bed Flow Behavior Based On Equivalent Circuit Model
Masanori Ishizuka, The University of Tokyo; Yuji Yoshie, The University of Tokyo; Yasuki Kansha, The University of Tokyo; Atsushi Tsutsumi, The University of Tokyo

212g

A Numerical Model for the Flow Including Dense Solids with Large Size Difference
Takuya Tsuji, Osaka University; Kyohei Higashida, Osaka University; Yoshitomo Okuyama, Osaka University; Toshitsugu Tanaka, Osaka University

See more of this Group/Topical: Particle Technology Forum

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