716 Industrial Application of Computational and Numerical Approaches to Particle Flow I


Description:
Particles flows represent a considerable large family of relevant engineering problems where several scales and phases maybe involved. One important tool in understanding the physical behavior of the system and in the solution to the important flow fields is the use of powerful computational methodologies and economical strategies suitable for the different applications. In this session, we would like to receive contributions in the general topics of computational approaches that solve or address industrial scale problems. In particular, efficient and innovative techniques to solve particle flow. Other approaches that introduce innovation in more classical problems will be also considered

Sponsor:
Fluidization and Fluid-Particle Systems


Chair:
Lev Davydov
Principal Engineer
UOP/Honeywell
25 E. Algonquin Rd
Des Plaines, IL
60017
Email: lev.davydov@uop.com

Co-Chair:
JIng Huang
Sr, Process Engineer
Dow
Fluid Mechanics and Mixing
Freeport, TX
Email: jing.huang@dowcorning.com


Papers:
Application of an Efficient Discrete Particle Model to Simulate an Industrial FCC Regenerator
Liqiang Lu, National Energy Technology Laboratory; Sofiane Benyahia, U.S. Department of Energy
Validated Hydrodynamic CFD Model for Catalytic Fast Pyrolysis
Neeti Kapur, Inaeris Technologies LLC; Bruce Adkins, Inaeris Technologies LLC; Peter Blaser, CPFD Software; Stephen Webb, CPFD Software LLC
Sine-Squared Scaling of Drag Coefficient for Different Non-Spherical Particles
Sathish K.P. Sanjeevi, Delft University of Technology; Johan T. Padding, Delft University of Technology
Predicting and Improving FCC Reactor Cyclone Performance Using CFD Techniques
Raj Singh, TechnipFMC Process Technology; Eusebius Gbordzoe, TechnipFMC Process Technology
CFD-DEM Modeling on Exascale Computer Architectures
Madhava Syamlal, National Energy Technology Laboratory; Jordan Musser, National Energy Technology Laboratory; Ann Almgren, Lawrence Berkeley National Laboratory; John Bell, Lawrence Berkeley National Laboratory; Christine M. Hrenya, University of Colorado at Boulder; Thomas Hauser, University of Colorado at Boulder
Hybrid Simulations of Iron Ore Reduction in Fluidized Beds
Simon Schneiderbauer, Johannes Kepler University; Mustafa Efe Kinaci, Johannes Kepler University; Franz Hauzenberger, Primetals Technologies Austria GmbH; Stefan Pirker, Johannes Kepler University
Verification Study of Anisotropic Filtered Two Fluid Model Closures
Jan Hendrik Cloete, Norwegian University of Science and Technology; Schalk Cloete, SINTEF Materials and Chemistry; Stefan Radl, Graz University of Technology; Shahriar Amini, SINTEF Materials and Chemistry
Abstract Submissions Closed
See more of this Group/Topical: Particle Technology Forum