Bulletin of the American Physical Society
72nd Annual Meeting of the APS Division of Fluid Dynamics
Volume 64, Number 13
Saturday–Tuesday, November 23–26, 2019; Seattle, Washington
Session Index
Loading......
Session A
A03.
FSI: General
A08.
Surface Tension I
A13.
Magnetohydrodynamics
A15.
Jets in Crossflow
A22.
Drops: Coalescence I
A25.
Bubbles: Collapse I
Session B
B08.
Superfluids: General
B15.
Turbulence: Jets
B26.
Drag Reduction I
Session C
C06.
Flames
C09.
Turbines: General
C15.
Turbulence: Mixing
C17.
Focus Session: Recent Advances in Data-driven and Machine Learning Methods for Turbulent Flows I
C18.
Focus Session: Competing Roles of Surfactants in Free Surface Flows with Hydrodynamic Singularities
C26.
Drag Reduction II
C33.
Thin Film Theory I
Session D
Session E
Session F
F03.
Invited Talk: Open questions in turbulent stratified mixing: Do we even know what we do not know?
Session G
G05.
Turbulent Flames
G08.
Surface Tension II
G09.
Pitching Airfoils
G15.
Jets: General
G17.
Focus Session: Recent Advances in Data-driven and Machine Learning Methods for Turbulent Flows II
G25.
Bubbles: General
G28.
Bubbly Flow I
G37.
Particle Laden Flows
G41.
CFD: General I
Session H
H04.
Granular Flows I
H34.
Thin Film Theory II
H40.
Turbulence: Wakes
Session J
J03.
Invited Talk: TBD II
Session K
K02.
Invited Talk: Journey to the center of the stars: the realm of low Prandtl number fluid dynamics
Session L
L06.
Reactive Mixing
L17.
Focus Session: Recent Advances in Data-driven and Machine Learning Methods for Turbulent Flows III
L26.
Flow Control: Jets
L37.
Multiphase Spray
L40.
Jets: Control
Session M
Session NP
Session P
P17.
Focus Session: Recent Advances in Data-Driven and Machine Learning Methods for Turbulent Flows IV
P24.
Bubbly Flow II
P25.
Bubbles: Acoustics
Session Q
Q02.
Drops: General I
Q03.
Surface Tension III
Q06.
Acoustics: General
Q08.
Granular Flows II
Q09.
Wind Turbines: Wakes
Q17.
Focus Session: Recent Advances in Data-driven and Machine Learning Methods for Turbulent Flows V
Q23.
Drag Reduction III
Q25.
Drops: General II
Q37.
Drops: Levitation
Q40.
Jets: Impinging
Session R
Session S
S03.
Surface Tension IV
S04.
Nano Flows
S16.
Tidal Energy
S18.
Turbulent General
S23.
Bubbles: Collapse II
S27.
Biological Fluid Dynamics: High Re Propulsions - Jellyfish, Cephalopods, and Underwater Vehicles
S41.
CFD: General II
Session A
A03.
FSI: General
A08.
Surface Tension I
A13.
Magnetohydrodynamics
A15.
Jets in Crossflow
A22.
Drops: Coalescence I
A25.
Bubbles: Collapse I
Session B
B08.
Superfluids: General
B15.
Turbulence: Jets
B26.
Drag Reduction I
Session C
C06.
Flames
C09.
Turbines: General
C15.
Turbulence: Mixing
C17.
Focus Session: Recent Advances in Data-driven and Machine Learning Methods for Turbulent Flows I
C18.
Focus Session: Competing Roles of Surfactants in Free Surface Flows with Hydrodynamic Singularities
C26.
Drag Reduction II
C33.
Thin Film Theory I
Session D
Session E
Session F
F03.
Invited Talk: Open questions in turbulent stratified mixing: Do we even know what we do not know?
Session G
G05.
Turbulent Flames
G08.
Surface Tension II
G09.
Pitching Airfoils
G15.
Jets: General
G17.
Focus Session: Recent Advances in Data-driven and Machine Learning Methods for Turbulent Flows II
G25.
Bubbles: General
G28.
Bubbly Flow I
G37.
Particle Laden Flows
G41.
CFD: General I
Session H
H04.
Granular Flows I
H34.
Thin Film Theory II
H40.
Turbulence: Wakes
Session J
J03.
Invited Talk: TBD II
Session K
K02.
Invited Talk: Journey to the center of the stars: the realm of low Prandtl number fluid dynamics
Session L
L06.
Reactive Mixing
L17.
Focus Session: Recent Advances in Data-driven and Machine Learning Methods for Turbulent Flows III
L26.
Flow Control: Jets
L37.
Multiphase Spray
L40.
Jets: Control
Session M
Session NP
Session P
P17.
Focus Session: Recent Advances in Data-Driven and Machine Learning Methods for Turbulent Flows IV
P24.
Bubbly Flow II
P25.
Bubbles: Acoustics
Session Q
Q02.
Drops: General I
Q03.
Surface Tension III
Q06.
Acoustics: General
Q08.
Granular Flows II
Q09.
Wind Turbines: Wakes
Q17.
Focus Session: Recent Advances in Data-driven and Machine Learning Methods for Turbulent Flows V
Q23.
Drag Reduction III
Q25.
Drops: General II
Q37.
Drops: Levitation
Q40.
Jets: Impinging
Session R
Session S
S03.
Surface Tension IV
S04.
Nano Flows
S16.
Tidal Energy
S18.
Turbulent General
S23.
Bubbles: Collapse II
S27.
Biological Fluid Dynamics: High Re Propulsions - Jellyfish, Cephalopods, and Underwater Vehicles
S41.
CFD: General II
Follow Us
|
Engage
Become an APS Member |
My APS
Renew Membership |
Information for |
About APSThe American Physical Society (APS) is a non-profit membership organization working to advance the knowledge of physics. |
© 2024 American Physical Society
| All rights reserved | Terms of Use
| Contact Us
Headquarters
1 Physics Ellipse, College Park, MD 20740-3844
(301) 209-3200
Editorial Office
100 Motor Pkwy, Suite 110, Hauppauge, NY 11788
(631) 591-4000
Office of Public Affairs
529 14th St NW, Suite 1050, Washington, D.C. 20045-2001
(202) 662-8700