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Program: Friday - May 26, 2006
7:15
am – Breakfast - Sponsored by Spray Analysis and
Research Service)
Room: Churchill Ballroom B
SESSION 1A |
SESSION
1B |
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DIESEL-2
(Room: Mountbatten Salon A)
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NUMERICAL TECHNIQUES
(Room: Mountbatten Salon B)
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8:00 am
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Near-Nozzle Diesel Spray Imaging Using X-Rays
Amaury Malav, Univesity of Wisconsin-Madison, Patrick Farrell, Engine
Research Center, Department of Mechanical Engineering, University of
Wisconsin-Madison,
Christopher F. Powell, Energy Systems Division, Seong-kyun Cheong
and Jin Wang,
Advanced Photon Source, Argonne National Laboratory, Argonne, IL
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Simulating Two-Phase Flows Using the Refined Level Set Grid
Method
Marcus Herrmann, Stanford University
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8:25 am
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Spray and Combustion Visualization Within an Optical HSDI Diesel
Engine under Different Injection Included Angles
Tiegang Fang, Robert E. Coverdill, Chia-fon F. Lee* and Robert A.
White, Department of Mechanical and Industrial Engineering, University
of Illinois at Urbana-Champaign
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Numerical Investigation of Parameters Influencing Droplet Rebound
Samuel B. Johnson,, Jean-Pierre Delplanque, University of California
Davis
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8:50 am
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Fuel Spray and Impingement Measurements in a Heated High Pressure
Chamber
Bo Yang, University of Wisconsin-Madison, Jaal Ghandhi, University
of Wisconsin-Madison
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A new method in calculating interface normal vectors and curvatures
in modeling free-surface flows
Mehdi Raessi, University of Toronto, Javad Mostaghimi and Markus Bussmann,
University of Toronto
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9:15 am
Break, Exhibits, Posters
Breaks in room: Churchill Court - Sponsored by Pratt
and Whitney, Canada
Exhibition room: Churchill Ballroom A
SESSION
2A |
SESSION
2B |
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PHARMACEUTICAL SPRAYS
(Room: Mountbatten Salon A)
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ATOMIZATION-2
(Room: Mountbatten Salon B)
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9:30 am
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High-Magnification
Shadowgraphy Characterization of Rotary Atomizer Droplet Production for
Pharmaceutical Applications
C. Varga and H.
Snyder, Nektar Therapeutics
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Atomization of
Wall-Bounded Two-Phase Flows
Malissa D.A.
Lightfoot, Air Force Research Laboratory,
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9:55 am
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Sampling of High
Flow Rate Electrospray Ionization for Liquid Chromatography-Mass Spectrometry
Serguei Savtchenko,
IONICS Mass Spectrometry Group, Lisa Cousins, Reza Javahery, Charles
Jolliffe, Ilia Tomski, IONICS Mass Spectrometry Group
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Computational
Investigation of the effect of velocity modulation on low-velocity round
liquid jets
Vedanth Srinivasan,
Department of Mechanical Engineering, University of Kentucky, Abraham J.
Salazar,Kozo Saito, Department of Mechanical Engineering, University of
Kentucky
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10:20 am
Break, Exhibits, Posters
Breaks in room: Churchill Court
Exhibition room: Churchill Ballroom A
SESSION 3A |
SESSION 3B |
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DROPLET IMPACT-2
(Room: Mountbatten Salon A)
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INDUSTRIAL-2
(Room: Mountbatten Salon B)
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10:30 am
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Modeling the
influence of gas pressure on droplet impact using a coupled gas/liquid
boundary element method
Hongbok Park, Purdue
University, Sam S. Yoon, Korea University, Richard A. Jepson, Sandia National
Lab, Steven D. Heister, Purdue University
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Pneumatic
Atomization of a Viscous Solution for Spray Drying: Investigation of Droplet
and Particle Formation.
John Hecht, Procter
& Gamble, Jason Stamper, Procter & Gamble
Ken Giles, University of California, Davis
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10:55 am
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Effects of Air
on Splashing During a Droplet Impact
Richard A. Jepsen, Mechanical
Environments, Sandia National Labs, Sam S. Yoon, Mechanical Engineering
Department, Korea University, Byron Demosthenous, Applied Diagnostics, Sandia
National Labs
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Improving the
stability of a gas-liquid spray by modifying the two-phase flow entering the
nozzle
Solange Maldonado, University of Alberta, Brian A. Fleck, Ted Heidrick and Alidad Amirfazli, University of Alberta, Brian
Knapper and Edward Chan, Syncrude Canada Limited
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11:20 am
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Spreading of
Plasma-Sprayed Molybdenum Particles on Glass and Metal Substrates
Andre McDonald, University of Toronto, Sanjeev Chandra, University of Toronto, Mario Lamontagne and Christian Moreau,
Industrial Materials Institute, NRC
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Injection of
preheated dodecane through a transparent converging-diverging nozzle
S. A. G. Watson and S.
McCahan
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SESSION
4A
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SESSION
4B
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SIMULATIONS-2
(Room: Mountbatten Salon A)
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SPRAY APPLICATIONS
(Room: Mountbatten Salon B)
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11:45 am
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3D Simulation of Flow in Pressure-Swirl Atomizers
Ashraf A. Ibrahim, University of Cincinnati, Milind A. Jog and S.
M. Jeng, University of Cincinnati
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Deviations from the log-normal distribution – effects
of viscosity
T. Fredrik Engström and Magnus Marklund
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12:10 pm
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Numerical based equations for drop detachment phenomenon
A. Moradian and J. Mostaghimi
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Effect of Viscosity on the Breakup Length of Liquid Sheets
Formed by Splash Plate Nozzles
M. Ahmed, University of Toronto, N. Ashgriz, H. Tran
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12:35 pm
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Characteristics of Powders Produced in Spray Drying and Spray
Pyrolysis
Morteza Eslamian, University of Toronto, Nasser Ashgriz, University of
Toronto
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1:00 pm: End of Conference
POSTER SESSION
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Spraying electically insulating liquids using electrostatic
atomizers
John Shrimpton Department of Mechanical Engineering, Imperial
College London, Farzad Mashayek, Department of Mechanical & Industrial
Engineering University of Illinois at Chicago, IL, USA
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Interferometric Particle Imaging of liquid jets in crossflows
Ali Mashayek, Amir Amighi and Nasser Ashgriz, Department of Mechanical
and Industrial Engineering, University of Toronto, Toronto, Canada
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Experimental Study on Printing Process in Offset Inkjet Printers
Ri Li, Nasser Ashgriz, Sanjeev Chandra, Department of Mechanical and Industrial
Engineering, University of Toronto, Toronto, ON, Canada,
John R. Andrews, Xerox Corporation, Wilson Center for Research & Technology,
Webster, NY, USA
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Simulation Analysis of Particle Collision Process with quasi-Particle
by Molecular Dynamics Method
T.Okamoto *, H.Minami and Y.Tsuchiya, Department of Applied Science,
Faculty of Engineering, Tokai University, Japan
- Investigating effects of neighbor droplets on heat transfer
using an Assumed Point Field formalism
Madhusudan Pai, Rahul Garg and Shankar Subramaniam, Department
of Mechanical Engineering, Iowa State University, IA, USA
*Corresponding author

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