Session: Festschrift for Professor Dimitri Gidaspow's 75th Birthday (2009 Annual Meeting)

Description:

Professor Gidaspow is a pioneer in the field of fluidization and development of the kinetic theory of granular flow in his book "Multiphase Flow and Fluidization". His influence is international. His models are incorporated into the commercial CFD computer code FLUENT and the NETL supported open source code MFIX. The purpose of this session is to honor him on his 75th birthday by having former PhD students and leaders in the field of multiphase flow present invited papers.

Sponsor:

Transport and Energy Processes

Chair:

Robert W. Lyczkowski
Chemical Engineer
Argonne National Laboratory
Energy Systems Division
9700 South Cass Avenue
Argonne, IL 60439-4815
Phone Number: 630-252-5923
Fax Number: 630-252-1342
Email: lyczkowski@sbcglobal.net

Co-Chair:

Madhava Syamlal

Papers:

408a

Transport of LDL and HDL In Blood Vessels
Dimitri Gidaspow, Illinois Institute of Technology; Jing Huang, Illinois Institute of Technology; Suttipong Songprawat, Illinois Institute of Technology

408b

Slugging Flow of Water Draining From the Bottom of An Unvented Container
Charles W. Solbrig, Idaho National Laboratory

408c

The History of Multiphase Computational Fluid Dynamics
Robert W. Lyczkowski, Argonne National Laboratory; Charles W. Solbrig, Idaho National Laboratory

408d

Explosion Risks From Nanomaterials
Jacques X. Bouillard, INERIS; Alexis Vignes, INERIS; Olivier Dufaud, LSGS-CNRS Rue Grandville; Laurent Perrin, LSGS-CNRS Rue Grandville; Dominique Thomas, LSGS-CNRS Rue Grandville

408e

High Resolution Simulations of a Coal Gasifier
Madhava Syamlal, National Energy Technology Laboratory, U.S. Department of Energy; Chris Guenther, National Energy Technology Laboratory, U.S. Department of Energy; Aytekin Gel, Aeolus Research, Inc.; Sreekanth Pannala, Oak Ridge National Laboratories

408f

Boiling of Dilute Emulsions: A State-of-the-Art Review
Frank A. Kulacki, University of Minnesota; M. L. Roesle, University of Minnesota

409g

Finite domain Complete Trial Functions Method of Moments (FCMOM) for Particulate Flow
Hamid Arastoopour, Illinois Institute of Technology; Matteo Strumendo, Illinois Institute of Technology

See more of this Group/Topical: Energy and Transport Processes

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