Session Index
Session AAA. Turbulent Boundary Layers: Experiments I
AB. Turbulent Shear Layers
AC. Turbulence Simulations I
AD. Flow Control I
AE. Biofluids I: General I - Biological Systems
AF. Microfluidics: Devices I
AG. Free Surface Flows I
AH. Drops I: Impact
AJ. Bubbles I: Cavitation
AK. Multiphase Flows I
AL. CFD I: Methods
AM. Reacting Flows I
AN. Experimental Techniques I
AP. Instability: Boundary Layers I
AQ. Instability: Interfacial and Thin-Film I
AR. Buoyancy Driven Flows
AS. Geophysical: Atmospheric I
AT. Vortex Dynamics and Vortex Flows I
AU. Granular I: Jamming I
AV. Flight I
AW. Mini-Symposium on Intracellular Fluid Dynamics
Session B
BA. Turbulent Boundary Layers: DNS/LES
BB. Turbulent Mixing
BC. Turbulence Simulations II
BD. Flow Control II
BE. Biofluids II: General II - Biologically Generated Flows
BF. Microfluidics: Devices II
BG. Free Surface Flows II
BH. Drops II
BJ. Bubbles II: Bubble Deformation and Breakup
BK. Multiphase Flows II
BL. CFD II: Methods
BM. Compressible Flows
BN. Experimental Techniques II: Near Wall Flows
BP. Instability: Boundary Layers II
BQ. Instability: Interfacial and Thin-Film II
BR. Instability: Jets & Wakes I
BS. Geophysical: Atmospheric II - Simulation
BT. Vortex Dynamics and Vortex Flows II
BU. Granular II: Jamming II
BV. Flight II
BW. Mini-Symposium on Fluid Dynamics of Sports
Session C
C1. Prizes, Awards and Fellowships Presentations followed by Otto Laporte Lecture
Session D
D1. Invited Session: Bio-mimetic Flow Control
D2. Invited Session: Ocean Surface Waves and Turbulence: Air-Sea Fluxes and Climate Variability
Session E
EA. Turbulent Boundary Layers: Structure
EB. Turbulence Modelling I
EC. Turbulence Simulations III
ED. Flow Control III
EE. Biofluids III: General III - Flows and Diseases
EF. Microfluidics: Devices III
EG. Biofluids IV: Cellular I
EH. Drops III: Collisions and Coalescence
EJ. Bubbles III
EK. Particle Laden Flows I: Structure and Coating
EL. CFD III: Immersed Boundary Methods
EM. Reacting Flows II
EN. Experimental Techniques III: Scalar
EP. Instability: Jets & Wakes II
EQ. Instability: Interfacial and Thin-Film III
ER. Convection I
ES. Geophysical: Oceanographic I
ET. Vortex Dynamics and Vortex Flows III
EU. Granular III: Segregation and Mixing
EV. Swimming I
EW. Mini-Symposium on Uncertainty Quantification in Simulations of Fluid Flow
Session F
F1. Reception
Session G
GA. Turbulent Boundary Layers: Experiments II
GB. Turbulence: Fundamentals I
GC. Turbulence Simulations IV
GD. Flow Control IV
GE. Biofluids V: Cardiac Flows
GF. Microfluidics: Electric Fields and Particles
GG. Microfluidics: Mixing
GH. Drops IV: Breakup
GJ. Bubbles IV: Microbubbles, Bubble Motion
GK. Multiphase Flows III
GL. Particle Laden Flows II: Turbulence
GM. Supersonic/Hypersonic I
GN. Non-Newtonian Flows I
GP. Instability: Jets & Wakes III
GQ. Instability: Interfacial and Thin-Film IV
GR. Viscous Flows I
GS. Geophysical: Oceanographic II
GT. Vortex Dynamics and Vortex Flows IV
GU. Granular IV
GV. Swimming II
GW. Mini-Symposium on Fluid Dynamics at Super-repellent Surfaces
Session H
HA. Turbulent Boundary Layers: Roughness Effects
HB. Turbulence: Fundamentals II
HC. Turbulence Simulations V
HD. Flow Control V
HE. Biofluids VI: Cardiovascular
HF. Microfluidics: Particles
HG. Rarefied Gases and Direct Simulation Monte Carlo (DSMC)
HH. Drops V: Drops and Surfaces
HJ. Bubbles V: General Experiments
HK. Multiphase Flows IV
HL. Acoustics I
HM. Aerodynamics
HN. Non-Newtonian Flows II
HP. Instability: Richtmyer-Meshkov
HQ. Instability: Interfacial and Thin-Film V
HR. Porous Media Flows
HS. Geophysical: Oceanographic III
HT. Vortex Dynamics and Vortex Flows V
HU. Granular V: Particles in Fluids and Interparticle Forces
HV. Swimming III
HW. Swimming IV: Micro-organisms I
Session J
J1. Invited Session: Tumor Blood Vessel Dynamics
J2. Invited Session: The Fluid Mechanics Inside a Volcano
Session K
K1. Invited Session: Unsteadiness of Shock Wave / Boundary Layer Interactions
K2. Invited Session: Cavitation Inception and Bubble Dynamics in Vortical Flows
Session L
L1. Poster Session (15:15 - 17:00)
LA. Turbulent Boundary Layers: Theory
LB. Chaos and Fractals I
LC. Turbulence Modelling II
LD. Flow Control VI
LE. Biofluids VII: Phonation/Glottal Flows
LF. Microfluidics: Drops and Capillarity
LG. Nano-Fluids I
LH. Drops VI
LJ. Surface Tension Effects I
LK. Multiphase Flows V
LL. CFD IV: Multiphase Flows
LM. Supersonic/Hypersonic II
LN. Non-Newtonian Flows III
LP. Couette Flow
LQ. Microfluidics: General
LR. Convection II
LS. Waves I
LT. Suspensions I
LU. Separated Flows I
LV. Propulsion Interactions
LW. Biofluids VIII: Cellular II
Session M
MA. Turbulent Boundary Layers: Experiments III
MB. Turbulence Modelling III
MC. Turbulence Simulations VI
MD. Chaos and Fractals II
ME. Biofluids IX: Nasal, Lungs and Other Organs
MF. Microfluidics: Electrokinetics and Transport
MG. Nano-Fluids II
MH. Drops VII
MJ. Surface Tension Effects II
MK. Particle Laden Flows III
ML. General Fluid Mechanics I
MM. Reacting Flows III
MN. Experimental Techniques IV: PIV
MP. Instability: Rayleigh-Taylor
MQ. Instability: General
MR. Rotating Flows
MS. Geophysical: General I
MT. Suspensions II
MU. Separated Flows II and Miscellaneous Experiments
MV. Swimming V: Micro-organisms II
MW. Micro Propulsion I
Session N
N1. Invited Session: Patterns and Dynamics in Transitional Shear Flows
N2. Invited Session: Particle Entrainment under Turbulent Flow Conditions
Session O
O1. Andreas Acrivos Dissertation Award Lecture
O2. Francois Frenkiel Award Lecture
Session P
PA. Turbulent Boundary Layers: Complex
PB. Turbulence Modelling IV
PC. Turbulence Simulations VII
PE. Biofluids X: General IV - Biomedical Flows
PF. Microfluidics: Slip and Experimental Methods
PG. Free Surface Flows III
PH. Drops VIII: Contact Lines
PJ. Waves II
PK. Fluid-Driven Particle Flows
PL. General Fluid Mechanics II
PM. Acoustics II
PP. Instability: Taylor-Couette
PQ. Industrial Applications
PR. Convection III
PS. Geophysical: General II - Stratified Fluids and Turbulence
PT. Vortex Dynamics and Vortex Flows VI
PU. Viscous Flows II
PV. Micro Propulsion II
PW. Biofluids XI: Cellular III - Viscoelastic Biofluids
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