Session Index
Session AAA. Turbulent Boundary Layers: DNS & LES
AB. Turbulence Simulations I
AC. Turbulence Modeling I
AD. Stability and Transition
AE. Flow Control I
AF. Interfacial Instabilities
AG. Drops I
AH. Bubbles I
AJ. Bio-Fluids: Cell/Vesicle Dynamics I
AK. Free Surface Flows I
AL. Bio-Fluids: Phonation/Glottal Flows
AM. Bio-Fluids: Flight I
AN. Micro Fluids I
AP. Multiphase Flows I
AQ. Reacting Flows I: Turbulent Flames
AR. CFD: Immersed Boundary and Computational Methods
AS. Buoyancy-Driven Flows I
AT. Experimental Techniques I
AU. Vortex Flows I
AV. Geophysical Flows I
AW. Mini-Symposium: Videos and Multimedias for Fluids Instruction
Session B
BA. Turbulent Boundary Layers: Roughness Effects
BB. Turbulence Simulations II
BC. Turbulence Theory I
BD. Transition to Turbulence
BE. Flow Control II
BF. Gravity Driven Instabilities in Films and Interfaces
BG. Drops II
BH. Bubbles II
BJ. Bio-Fluids: Cell/Vesicle Dynamics II
BK. Free Surface Flows II
BL. Bio-Fluids: Cardiac Flows
BM. Bio-Fluids: Flight II
BN. Micro Fluids II
BP. Multiphase Flows II
BQ. Particle Laden Flows I
BR. CFD: Continuum Mechanics
BS. Buoyancy-Driven Flows II
BT. Experimental Techniques II
BU. Vortex Flows II
BV. Geophysical Flows II
BW. Mini-Symposium: Flow Visualization in Low Temperature Helium
Session C
C1. Awards Presentation followed by Fluid Mechanics Prize-Otto Laporte Lecture: The Art of Mixing with an Admixture of Art: Fluids, Solids, and Visual Imagination
Session D
D1. Invited Session: Magnetic Field Reversals in Turbulent Dynamos
D2. Invited Session: Slip, Droplets, Complex Fluids and Other Small Things Investigated With Microfluidic Technology
Session E
EA. Turbulent Boundary Layers: Theory
EB. Turbulence Simulations III
EC. Turbulence Modeling II
ED. Instabilities in Jets
EE. Free-Surface Flows: Computational Studies
EF. Film Instabilities
EG. Drops III
EH. Bubbles III
EJ. Bio-Fluids: General I
EK. Free Surface Flows III
EL. Bio-Fluids: Lungs
EM. Bio-Fluids: Flight III
EN. Applied Fluid Dynamics
EP. Basic Separated Flows
EQ. Reacting Flows II: Detonations & Modeling
ER. CFD: Discrete Methods
ES. Rotating Flows
ET. Experimental Techniques III
EU. Vortex Flows III
EV. Geophysical Flows: Mixing
EW. Mini-Symposium: Lagrangian Coherent Structures in Fluid Flows
Session F
FA. Reception
Session G
GA. Turbulent Boundary Layers: Experimental Studies I
GB. Turbulence Control I
GC. Turbulence Theory II: Computational Studies
GD. Shear Layer Instabilities
GE. Flow Control Actuation and Unsteady Flows
GF. Instabilities: Interfaces, Films and Droplets
GG. Drops IV
GH. Internal Waves I
GJ. Bio-Fluids: Undulatory Flapping I
GK. Micro Fluids: Mixing
GL. Bio-Fluids: Rheology and Transport
GM. Bio-Fluids: Flying and Swimming
GN. Micro Fluids III
GP. Multiphase Flows III
GQ. Particle Laden Flows II
GR. CFD: Applications
GS. Jamming
GT. Experimental Techniques IV
GU. Vortex Rings
GV. Geophysical Flows: Convection
GW. Mini-Symposium: Tip-Streaming and Flow/EHD Flow Focusing
Session H
HA. Turbulent Boundary Layers: Experimental Studies II
HB. Turbulent Mixing I
HC. Turbulent Shear Layers
HD. Transient Growth and Receptivity of Boundary Layers
HE. Rayleigh-Taylor Instabilities
HF. Hele-Shaw Cells and Marangoni Instabilities
HG. Drops V
HH. Internal Waves II
HJ. Bio-Fluids: Undulatory Flapping II
HK. Fluidic Devices
HL. Bio-Fluids: Blood Vessels
HM. Granular Matter
HN. Micro Fluids IV
HP. Multiphase Flows IV
HQ. Particle Laden Flows III
HR. General Fluid Mechanics: Experiments
HS. Viscous Flows
HT. Experimental Techniques V
HU. Surface Waves
HV. Geophysical Flows: Coherent Structure and Transportation
HW. Mini-Symposium: Computational Challenges in Modeling Transient Detonation
Session J
J1. Invited Session: Supersonic Turbulence and Star Formation
J2. Invited Session: Fluid Mechanics of Urban Environments
Session K
K1. Invited Session: Turbulent Mixing Due to Rayleigh-Taylor Instability
K2. Invited Session: The Physics of Spacecraft Hall-Effect Thrusters
Session L
LA. Turbulent Boundary Layers: Experimental Studies III
LB. Turbulent Mixing II
LC. Turbulent Shear Layers and Mixing
LD. Richtmeyer-Meshkov Instabilities
LE. Control of Instabilities
LF. Jet and Cavity Flows
LG. Drops VI
LH. Waves
LJ. Bio-Fluids: General II
LK. Nano-Fluids I
LL. Bio-Fluids: Wakes and Mixing I
LM. Sheared Granular Matter and Granular Collapse
LN. Micro Fluids V
LP. Multiphase Flows V
LQ. Reacting Flows III: Flames and Modeling
LR. General Fluid Mechanics: Theory
LS. Convection I
LT. Non-Newtonian Flows I
LU. Cyberfluids and Industrial Applications
LV. Chaos/Multifractality
LW. Mini-Symposium: High Rayleigh Number Convection: Is there an ultimate regime?
LZ. Poster Session (15:15 - 17:00)
Session M
MA. Turbulence Theory III
MB. Turbulence Control II
MC. Rarefied Gases
MD. Taylor-Couette and Richtmyer-Meshkov Instabilities
ME. Porous Media I
MF. Shock and Blast Waves
MG. Drops VII
MH. Surface Tension Effects I
MJ. Bio-Fluids: General III
MK. Nano-Fluids II
ML. Bio-Fluids: Wakes and Mixing II
MM. Granular Segregation
MN. Micro Fluids VI
MP. Multiphase Flows VI
MQ. Acoustics
MR. General Fluid Mechanics: Computations
MS. Convection II
MT. Non-Newtonian Flows II
MU. Material Processing Flows
MV. Suspenions I
Session N
N1. Invited Session: Dynamics of the LTD Transition
N2. Invited Session: Designing Large-Eddy Simulation of High Reynolds Number Wall-bounded Flows
Session O
O1. Francois Frenkiel Award Lecture
O2. Andreas Acrivos Award Lecture
Session P
PA. Turbulent Boundary Layers: Computational Studies
PB. Turbulence Simulations IV
PC. Turbulence Modeling III
PD. Instabilities in Wakes
PE. Porous Media II
PG. Drops VIII
PH. Surface Tension Effects II
PJ. Bio-Fluids: Undulatory Flapping III
PK. Nano-fluids III
PL. Bio-Fluids: Flight IV
PP. Multiphase Flows VII
PQ. Particle Laden Flows IV
PR. General Fluid Mechanics: Numerical Simulations
PS. Convection III
PV. Suspensions II
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