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| Mon | Tue | Wed |
Posters |
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Crossflow
Atomization
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Numerical
Techniques
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| Chairpersons: C. Edwards,
Stanford University and S. M. Jeng University of Cincinnati |
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Chairpersons: S. L. Post,
Michigan
Technological University and J. Bellan, Jet Propulsion Laboratory |
Session 1A / 1
A Comparative Study on Modeling Nonlinear Capillary Wave
Growth on a Semi-Infinite, Viscous, Circular Liquid Jet
Y. Huang, S. Zhu, The Boeing Company |
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Session 1B / 1
Analyzing the Results of Droplet Impact Simulation by Volume
of Fluid Methods: Physics or Numerical Errors?
S. B. Johnson, J.-P. Delplanque, University of California - Davis |
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Session 1A / 2
Effects of Injection Angle on Structures of Aerated-Liquid
Jets in Supersonic Crossflow
K.-C. Lin, Taitech, Inc., D. R. Dixon, C. D. Carter, T.
A. Jackson, Air Force Research Laboratory, Wright-Patterson AFB,
R. A. Anthenien, Air Force Institute of Technology, Wright-Patterson
AFB |
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Session 1B / 2
A New Formulation of Interface Equation for Volume Tracking
on Arbitrary Meshes
A.Jafari, N. Ashgriz, University Toronto
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Session 1A / 3
Some Observations of Liquid Jet Injected in Crossflow
B. J. Masuda, R. L. Hack, V. G. McDonell, University of California, Irvine,
G. W. Oskam, D. J. Cramb, Solar Turbines, Inc. |
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Session 1B / 3
An Interface Tracking Method with Moving Mesh for Simulation
of Three-Dimensional Two-Phase Flows
S. Quan, D. P. Schmidt, University of Massachusetts, Amherst |
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Atomization
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Sheets
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| Chairpersons: J. P. Delplanque, University
of California, Davis and D. L. S. Hung, Visteon Corporation |
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Chairpersons: J. Drallmeier University
of Missouri-Rolla and R. Madabhushi, United Technologies Research Center |
Session 2A / 1
An Experimental Study of Non-Newtonian
Atomization
L. Li, D. M. Dressler, S. I. Green, M. H. Davy, University of British
Columbia |
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Session 2B / 1
Direct Numerical Simulation of Plane Liquid Sheet Atomization:
a Parametric Study
F. Couderc, J.-L. Estivalezes, ONERA, Toulouse |
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Session 2A / 2
Experimental Investigation of the Air Entrainment Characteristics
Within the Periphery of a Gasoline Direct Injection (GDI) Spray by PIV
L. de Francqueville, B. Thirouard, V. Ricordeau, J. Chérel,
L. Hermant, IFP, N. Tourteaux PSA Peugeot-Citroën, C. Dognin, Renault
SA |
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Session 2B / 2
DNS of Turbulent Primary Atomization Using a Level Set/Vortex
Sheet Method
M. Herrmann, Stanford University,
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Session 2A / 3
Eulerian-Lagrangian Spray Atomization (ELSA) Model: Slip Velocity
and Vaporization Modeling in in Diesel Engine Conditions
R. Lebas, G. Blokkeel, PSA Peugeot Citroen, P.-A. Beau, F.-X.
Demoulin, CNRS UMR |
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Session 2B / 3
Simulations of Liquid Jet Breakup with a Lattice Boltzmann Model
M. E. McCracken, J. Abraham, Purdue University |
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Session 2A / 4
Naturally Induced Oscillation in Twin-Fluid Atomizers
V. Mehdi-Nejad, Simulent Inc., F. Farhadi and N. Ashgriz, University
of Toronto |
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Session 2B / 4
Numerical Studies of the Break-up of Impinging Liquid Jets
Nathan Barlow, Brian T. Helenbrook, Sung P. Lin, Clarkson University |
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Spray
Modeling
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Diagnostics
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| Chairpersons: W. A. Sirignano, University
of California, Irvine and S. Subramaniam, Iowa State University |
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Chairpersons: W. Bachalo, Artium
Technologies, Inc and T. Parker, Colorado School of Mines |
Session 3A / 1
Population Balance Formulation for CFD Modeling of Turbulent Sprays
D. M. Kirpalani and T.W. McCracken, National Research Council
of Canada |
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Session 3B / 1
Dense Spray Analysis using Optical Measurements and Monte Carlo
Simulation
E. Berrocal, I. V. Meglinski, Cranfield University, M. C. Jermy, University
of Canterbury |
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Session 3A / 2
A Priori Testing of Subgrid Stress Models for Euler-Euler Two-Phase
LES from Euler-Lagrange Simulations of Gas-Particle Turbulent Flow
M. Moreau, B. Bedat, O. Simonin, Institut de Mecanique des Fluides de Toulouse |
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Session 3B / 2
Ballistic Imaging of the Liquid Core for a Jet in Cross-Flow
M. Linne, M. E. Paciaroni, D. Sedarsky, Lund Institute of Technology,
J. R. Gord, Air Force Research Laboratory, T. R. Meyer, Innovative Scientific
Solutions, Inc. |
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Session 3A / 3
LES-Style Filtering and Partly-Resolved Particles.
B. Moses, C. Edwards, Stanford University |
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Session 3B / 3
Experimental Measurement and Correction of Attenuation of
Signal Light in Optical Characterization of Dense Sprays
F. Moukaideche, E. Berrocal, D. A. Greenhalgh, Cranfield University,
M. C. Jermy, University of Canterbury |
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Session 3A / 4
A Priori Analysis of Subgrid-Scale Models for Large Eddy
Simulations of Supercritical Binary-Species Mixing Layers
N. Okong'o, J. Bellan, Jet Propulsion Laboratory |
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Session 3B / 4
Near-Field Characterization of Direct Injection Gasoline
Sprays from Multi-Hole Injector Using Ultrafast X-Tomography
X. Liu, S.-K. Cheong, C. F. Powell, J. Wang, Argonne National Laboratory,
D. L. S. Hung, J. R. Winkelman, Visteon Corporation, M. W. Tate, A. Ercana,
D. R. Schuettea, L. Koernera, S. M. Grunera, Cornell University |
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Drops
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Automotive
Sprays
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| Chairpersons: N. Ashgriz, University
Toronto and D. P. Schmidt, University of Massachusetts, Amherst |
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Chairpersons: R. D. Reitz, University
of Wisconsin-Madison, R. Schick, Spraying Systems Co. |
Session 4A / 1
Droplet Phase Change in Supercritical Conditions
M. F. Trujillo, Pennsylvania State University, D. J. Torres, Los Alamos
National Laboratory |
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Session 4B / 1
Tailoring the Spray Pattern of Multi-hole Fuel Injectors
for Gasoline DI Engine Homogeneous-Charge Combustion
D. L. S. Hung, J. P. Mara, J. R. Winkelman, Visteon Corporation |
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Session 4A / 2
Experimental Investigation on Splashing and Fingerlike Instability
of Large Water Droplets
S. S. Yoon, R. A. Jepsen, T. J. O'Hern, Sandia National Laboratory |
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Session 4B / 2
Experimental Investigation of Fuel Pressure Influence on
Droplet Size and Velocity for a Gasoline Multi-Hole Direct Injection Injector
Spray Under Vaporizing Conditions in a Constant Pressure Chamber
P. Dahlander, I. Denbratt, Chalmers University of Technology |
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Session 4A / 3
Two Fluid VOF Simulation of Droplet Impact on a Liquid Pool
A. B. Oliver, C. S. Lengsfeld, University of Denver, S. B. Johnson, J.-P.
Delplanque, University of California, Davis |
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Session 4B / 3
Time Resolved X-Ray Measurements of Diesel Sprays at Elevated
Ambient Pressure
E. M. EL-Hannouny, S. Gupta, C. F. Powell, S.-K. Cheong, J. Wang, Argonne
National Laboratory |
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Drop
Collisions
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Industrial
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Chairperson: J. Abraham, Purdue University,
and M. Trujillo, ARL Pennsylvania State University
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Chairpersons: J. Hecht, Procter & Gamble
and R. Jensen, Rocketdyne Propulsion and Power |
Session 1A / 1
Binary Drop Collision Experiments for Drops of Greatly Unequal
Size
A. M. Hales, S. L. Post, Michigan Technological University |
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Session 1B / 1
Decision Analysis Based on Spray Data Using a Comprehensive
Statistical Uncertainty Analysis
Charles W. Lipp, The Dow Chemical Company, |
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Session 1A / 2
Numerical Simulation of Droplet Collision Using Moving-Mesh
Method
M. Dai, D. P. Schmidt, University of Massachusetts, Amherst |
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Session 1B / 2
Recent Developments in Gas Turbine Engine Fuel Injection
Systems
L. A. Prociw, H. Shafique, Pratt & Whitney Canada Corp. |
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Session 1A / 3
Simulations of Drop-Drop Collisions with a Lattice Boltzmann
Model
K. N. Premnath, J. Abraham, Purdue University |
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Session 1B / 3
Modeling the Use and Effectiveness of Spray Technology in
Gas Conditioning Applications
R. J. Schick, M. Thenin, Spraying Systems Co. |
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Atomization
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Diesel
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| Chairpersons: V. Mehdi-Nejad, Simulent
Inc. and D. Talley, Air Force Research Laboratory |
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Chairpersons: S. C. Kong, University
of Wisconsin-Madison and S. Parrish, General Motors, R&D and Planning |
Session 2A / 1
Experimental Investigation of Liquid Fuel Atomization, Mixing
and Pollutant Emissions for a 30 kW Gas Turbine Engine
C. D. Bolszo, J. L. Mauzey, V. G. McDonell, University of California, Irvine,
S. Nakamura, Mitsubishi Heavy Industries |
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Session 2B / 1
A Secondary Atomization Model for Liquid Droplet Deformation
and Breakupunder High Weber Number Conditions
C. A. Chryssakis, D. N. Assanis, University of Michigan, Department of
Mechanical Engineering |
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Session 2A / 2
Direct Numerical Simulations of Atomization of a High Speed
Jet
Z. Xu, M. Kim, W. Oh, J. Glimm, R. Samulyak, Brookhaven National Laboratory,
X. Li, SUNY at Stony Brook, C. Tzanos, Argonne National Laboratory |
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Session 2B / 2
Interaction Mechanisms Between Closely Spaced Sprays From
Micro-Hole Nozzles
S. Hou, D. P. Schmidt, University of Massachusetts |
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Session 2A / 3
A Numerical Analysis for Flow Characteristics in a Swirl
Injector
H. Park, S. D. Heister, Purdue University |
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Session 2B / 3
Diesel HCCI Combustion Optimization Using Variable Geometry
Sprays and Genetic Algorithms
Y. Sun, Y. Ra, R. D. Reitz, University of Wisconsin-Madison |
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Session 2A / 4
Computational Simulation of Two-Phase Flow in Simplex Atomizers
A. A. Ibrahim, M. Jog, S. M. Jeng, University of Cincinnati |
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Session 2B / 4
Soot and NOx Emissions Reduction in Diesel Engines via Spin-spray
Combustion
M. Bergin, R. D. Reitz, University of Wisconsin-Madison |
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Impinging
Sprays
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Crossflow
Atomization
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| Chairpersons: S. Heister, Purdue
University and C. Presser, National Institute of Standards and Technology |
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Chairpersons: Y. Huang, The Boeing
Company and K. C. Lin, Taitech, Inc. |
Session 3A / 1
Drop/Wall Interaction Criteria and Their Applications in
Diesel Spray Modeling
S.-C. Kong, University of Wisconsin-Madison |
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Session 3B / 1
Study of Liquid Jet in Crossflow at Elevated Ambient Pressures
O. M. Elshamy, S. M. Jeng, University of Cincinnati |
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Session 3A / 2
Impingment Studies of G-DI Sprays at Atmospheric and Elevated
Ambient Densities
P. Kay, P. J. Bowen, Cardiff University, M. R. Gold, S. M. Sapsford, Ricardo
UK |
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Session 3B / 2
Liquid Jet Breakup Studies in Subsonic Air Stream at Elevated
Temperatures
R. R. Lakhamraju, S.-M. Jeng, University of Cincinnati |
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Session 3A / 3
High-speed Fuel Spray Interactions with Superheated Surfaces
H. Kim, M.-C. Lai, Wayne State University |
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Session 3B / 3
Numerical Simulation of Liquid Jet Characteristics in a Gaseous
Crossflow
M. Arienti, R. K. Madabhushi, P. R. Van Slooten and M. C. Soteriou, United
Technologies Research Center |
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Session 3A / 4
Numerical Modeling and Experimental Measurements of Water
Spray Impact and Transport over a Cylinder
S. S. Yoon, J. C. Hewson, Sandia National Lab, P. E. DesJardin, SUNY at
Buffalo, C. Presser, National Institute of Standard and Technology, C.
T. Avedisian, Cornell University |
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Session 3B / 4
Breakup of Round Turbulent Liquid Jets in Air Crossflows
K. Lee, F. J. Diez, G. M. Faeth, University of Michigan, C. Aalburg, G.E.
Global, K.A. Sallam, Oklahoma State University |
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Drops
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Diagnostics
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| Chairpersons: M. Archambault, Florida
Institute of Technology and S. Yoon, Sandia National Laboratory |
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Chairperson: M. Benjamin, Parker
Hannifin Corp., and C. F. Lee, University of Illinois at Urbana-Champaign |
Session 4A / 1
New Modeling Techniques for Particle Flows Using The Proper
Orthogonal Decomposition
B. J. O'Donnell, B. T. Helenbrook, Clarkson University |
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Session 4B / 1
Comparison of Drop Surface Area Measurements obtained using
Extinction and Diffraction
J. Lim, Y. Sivathanu, En'Urga Inc., P. E. Sojka, Purdue University |
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Session 4A / 2
Comparisons of Transient Drag Coefficients of Solid Spheres
and Drops
A. Wadhwa, V. Magi, J. Abraham, Purdue University |
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Session 4B / 2
Networked Diagnostic Monitors for Sprayer Systems and Atomization
Quality
D. K. Giles, University of California, Davis, D. Needham, Consultant |
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Technical
Meetings:
Propulsion/Industrial
Physics of Atomization/Spray Measurement and Instrumentation |
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Industrial
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Diagnostics
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| Chairpersons: C. Lipp, The Dow Chemical
Company and S. Tsai, California State University, Long Beach |
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Chairpersons: J. Lim, En’Urga
Inc. and X. Liu, Argonne National Laboratory
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Session 1A / 1
Key Challenges in Atomization in Consumer Product Manufacturing
J. P. Hecht, Procter & Gamble, |
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Session 1B / 1
Infrared Absorption Imaging of the Near-Tip Region of a Diesel
Spray
T. E. Briggs, N. A. Krupka, P. V. Farrell, University of Wisconsin, Madison |
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Session 1A / 2
Development of a High Transfer Efficiency Painting Technology
Using Effervescent Atomization
C. Tricou, Pennsylvania State University, K. F. Knasiak, Spraying Systems
Co. |
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Session 1B / 2
Velocity and Acceleration Measurements in Diesel Sprays using
a High-Speed Multi-Frame Camera and Laser Flow Tagging
S. C. Pauls, S. Wissel, G. Grünefeld, RWTH Aachen University of Technology,
J. Deppe, LaVision GmbH |
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Session 1A / 3
Controlled Agglomeration using Two Impinging Sprays
J. P. Hecht, J. A. Stamper, Procter & Gamble, D. K. Giles, University
of California, Davis |
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Session 1B / 3
The Structure of the Very Near Field for a Diesel Spray:
Results from a Ballistic Imaging Study
M. Linne, M. Paciaroni, Lund Institute of Technology, T. Hall, E. B. Walters,
T. Parker, Colorado School of Mines |
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Spray
Modeling
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Pharmaceutical
/ Electrostatic
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| Chairpersons: M. Jog, University
of Cincinnati and P. Beard, IFP |
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Chairpersons: D. K. Giles, University
of California, Davis and K. Knasiak, Spraying Systems Co. |
Session 2A / 1
A Benchmark Experimental Database for Multiphase Combustion
Model Input and Validation - A Users Follow-up
C. Presser, National Institute of Standards and Technology |
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Session 2B / 1
Electrospraying Biologically Active Materials
N. Gowadia, D. Dunn-Rankin, University of California, Irvine |
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Session 2A / 2
A Generalized Analysis for Dense Sprays
W. A. Sirignano, R. T. Imaoka, University of California, Irvine |
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Session 2B / 2
Atomization Using MEMS-Based High-Frequency Ultrasonic Nozzles
S. C. Tsai, California State University, Long Beach, Y. L. Song, Y. F.
Chou, J. H. Cheng, and C. S. Tsai, National Taiwan University, Taipei |
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Session 2A / 3
A New Dual-timescale Langevin Model for Dilute Droplet Laden
Turbulent Flows
G. M. Pai, S. Subramaniam, Iowa State University |
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Session 2B / 3
DNA Acts as a Nucleation Site For Transient Cavitation in
the Ultrasonic Nebulizer
Y. K. Lentz, T. J. Anchordoquy, University of Colorado Health Science Center,
C. S. Lengsfeld, University of Denver |
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Sheets
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Diesel
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| Chairpersons: M. Herrmann, Stanford
University and C. Lengsfeld University of Denver |
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Chairpersons: S. Londerville, Coen
and G. Smallwood, National Research Council, Canada |
Session 3A / 1
A Comparison of Models for Shear-Driven Liquid Film Separation
around a Corner
Y.-P. Wang, M. Thiruvengadam, J. A. Drallmeier, B. F. Armaly, University
of Missouri-Rolla |
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Session 3B / 1
High-Speed Mie-Scattering Measurements of Diesel Sprays Under
MK Combustion Mode Within a HSDI Diesel Engine
T. Fang, C. F. Lee, R. A. White, University of Illinois at Urbana-Champaign |
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Session 3A / 2
Nonlinear Pattern Formation in an Inviscid Liquid Sheet
L. Hadji, W. C. Schreiber, University of Alabama |
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Session 3B / 2
Towards a Predictive Modelling of Transient Injection Conditions
of Diesel Sprays in DID Engines
P. J. Beard, IFP |
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Session 3A / 3
Effect of Liquid Viscosity on the Instability of a Swirling
Annular Liquid Sheet
J. Sekar, A. A. Ibrahim and M. A. Jog, University of Cincinnati |
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Session 3B / 3
LES-VOF Simulation of Primary Diesel Spray Break-up with
Synthetic Inlet Perturbations
M. Buonfiglioli, F. Mendonca, CD-Adapco |
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| Session 3A/4 - none |
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Session 3B / 4
Numerical Study of Flame Lift-off and Soot Formation in Diesel
Fuel Jets
S.-C. Kong, Y. Sun, R. D. Reitz, University of Wisconsin-Madison |
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Posters
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T. Okamoto, H. Yoshida, Y. Tsuchiya, Tokai University
Characteristics Analysis of Multi-Component Particle
Growth Process by Molecular Dynamics Simulation
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P. A. Corber, I. G. Campbell, I. Yimer, National
Research Council of Canada
National Research Council High Pressure
Spray Facility
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G. Fredrickson, BSCI Co.
Air Suspension Coating of Drug Eluting Coronary Stents
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C.-L. Ng, K. A. Sallam, Oklahoma State University,
H. M. Metwally, FLUENT, Inc., C. Aalburg, University of Michigan
Surface Properties of Round Nonturbulent
Liquid Jets in Gaseous Crossflow
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R. Sankarakrishnan, K. A. Sallam, F. W. Chambers,
Oklahoma State University
Effects of Partial Degrees of Turbulence
on the Breakup of Round Liquid Jets in Gaseous
Crossflow
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S. Bogadi, K. A. Sallam, Oklahoma State University
Breakup of Round Nonturbulent Liquid Jets in Cross Electric
Field
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L. Li, D. M. Dressler, S. I. Green, M. H. Davy, University
of British Columbia
An Experimental Study of Non-Newtonian
Atomization
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