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7:15 am – Breakfast
Room: St. Clair Meeting Room Pre-Function Area
(Sponsored by Spray Analysis and Research Services)
SESSION 1A DIESEL |
SESSION 1B JET ATOMIZATION |
SESSION 1C FIRE SUPPRESSION |
Chairpersons: Jin Wang, Argonne National Lab, and James E. McCarthy, Jr., Eaton Corporation |
Chairpersons: Antonio Cavaliere, University Federico II |
Chairpersons: Jerry Hagers, Spraying Systems Co. |
8:00 am |
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Fuel Effects
on the Spray and Combustion Processes Within an Optical HSDI
Diesel Engine |
Breakup of a laminar axisymmetric
liquid jet |
Extinguishment of Horizontal
Wood Slabs Fire by a Water Spray |
8:25 am |
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Improved |
On the Linear Stability
of Compound Capillary Jets |
Water Mist Simplification
Effects on Fire Suppression Modeling: A Challenge to the Industry |
8:50 am |
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Soot Formation
within Conventional and Low Temperature Diesel Combustion |
Dissipative particle dynamics
simulations of liquid nanocylinder and nanojet breakup |
Large Scale Rain Simulator
Preliminary Design and Validation |
SESSION 2A SPRAY CONTROL |
SESSION 2B SIMULATIONS |
SESSION 2C INDUSTRIAL |
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| Chairpersons: Will Bachalo, Artium Corporation | Chairpersons: A. J. H. McGaughey, Carnegie Mellon University, and John Abraham, Purdue University | Chairpersons: Chuck Lipp, Dow Chemical Company | ||
9:15 am |
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Predicting
breakup characteristics of liquid jets disturbed by practical
piezoelectric devices |
Subcritical and supercritical
nanodroplet evaporation: A molecular dynamics investigation |
Atomization of Detergent
Slurries: Effects of Bubbles and Solids Particles |
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9:40 am |
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Independent
control of flow rates and droplet size spectra from fan nozzles
using a single actuator |
Discrete Phase Based Method
(DPM) of Modeling Splash Plate Atomizers |
Scale Up of Two-Fluid Nozzles
for Chemical Processing |
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10:05 am - Break, Exhibits, Posters
Breaks in Room: St. Clair Meeting Room Pre-Function
Exhibition Room: St. Clair Salons 1, 2 & 3
(Sponsored by Dow Chemical Company)
SESSION 3A INDUSTRIAL |
SESSION 3B FILM AND SHEET
ATOMIZATION |
SESSION 3C DIESEL |
Chairpersons: Vincent G. McDonell, Energy Research Consultants and University of California, Irvine |
Chairpersons: Malissa D.A. Lightfoot, Air Force Research Laboratory |
Chairpersons: |
10:20 am |
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Producing
small molten tin droplets by using
a pneumatic droplet generator |
Experimental investigation
of liquid film stripping at a sharp corner |
Modeling Low-Pressure Injections
in Diesel HCCI Engines |
10:45 am |
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A Preliminary
Investigation of Flow Scaling for Injector Characterization |
Computational Study of
Breakup Time of Liquid Sheets |
Method to Specify Fuel
Injection Profiles for Diesel Engine |
11:10 am |
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Design and
Validation of a Fuel-Air Mixer for a Portable Reformer |
Disintegration of a radially
spreading liquid sheet |
Modeling Biodiesel Spray
Breakup with Well-Defined Fuel Properties |
SESSION 4A SPRAY MODELING |
SESSION 4B INDUSTRIAL |
SESSION 4C BIODIESEL |
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Chairpersons: Shankar Subramaniam, Iowa State University |
Chairpersons: John Hecht, Procter and Gamble |
Chairpersons: Yangbing Zeng, General Motors Corporation |
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11:35 am |
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Intra-Parcel Collision
Model |
Spray Velocity and Drop Size Measurements
in Vacuum Conditions |
Spray Characteristics of
an Airblast Atomizer on Biodiesel Blends |
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12:00 noon |
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Droplet Collision Modeling
in Multi-Dimensional Spray Computations |
In-line nozzle monitoring system based
on recursive least squares |
Optimization of Airblast
Atomization for Reducing Pollutant Emissions from a Recuperated
Gas Turbine Engine Operated on Biodiesel |
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12:25 pm
End of Conference
POSTER SESSION
Equilibrium Condition for Lagrangian Bubble and Droplet
Motion
A.E. Parkhill, Applied Research Laboratory, Penn State University M.F.
Trujillo, Applied Research Laboratory, Penn State University, B.A. Edge,
Applied Research Laboratory, Penn State University
Vaporization of a nHeptane Droplet using Molecular Dynamics
B.A. Petrilla, Department of Aerospace Engineering, Penn State University
M. F. Trujillo, Applied Research Laboratory, Penn State University,
M. M. Micci, Department of Aerospace Engineering, Penn State University
Towards an Efficient Nonlinear Atomization Model for Thin
Liquid Films
Carsten Mehring, Division of Engineering, Colorado School of Mines
CFD Methodology for High-Speed Liquid Jet Venting and Breakup
Predicitions
K.W. Brinckman, A. Hosangadi, and G.M. Feldman
Combustion Research & Flow Technology, Inc. (CRAFT Tech)
Impact Dynamics and Cooling of Water Droplets Impinging
on Hydrophobic and Hydrophilic Surfaces
A. Sanjeev, O. Huzzayin, K. P. Gatne, R. M. Manglik, and M. A. Jog, Department
of Mechanical, Industrial, and Nuclear Engineering, University of Cincinnati
Film Separation Criterion with Experiemental Validation
for Dynamic Shear-driven Thin Liquid Films in Separated Gas Flows
M.A. Friedrich, H. Lan, J.A. Drallmeier, and B.F. Armaly, Department
of Mechanical and Aerospace Engineering, University of Missouri-Rolla
Effects of an Induced Perturbation on the Interaction of
Separated Gas Flow and Shear-driven Thin Liquid Films
M.A. Friedrich, J.A. Drallmeier, and B.F. Armaly, Department of Mechanical
and Aerospace Engineering, University of Missouri-Rolla
A Numerical Study of In-cylinder Mixture Formation in a
Low Pressure Direct Injection Gasoline Engine
Yuxin Zhang and Harold Schock, Department of Mechanical Engineering,
Michigan State University, David L.S. Hung, Visteon Corporation
Dynamics of the Shock Waves Generated by High-Speed Liquid
Jets
Kyoung-Su Im, Seong-Kyun Cheong, X. Liu, and Jin Wang, Argonne National
Laboratory, M.-C. Lai, Wayne State University, Detroit, MI, 48