Conference Agenda

Overview and details of the sessions of this conference. Please select a date or location to show only sessions at that day or location. Please select a single session for detailed view (with abstracts and downloads if available).

 
 
Session Overview
Date: Monday, 16/September/2024
9:00am
-
12:00pm
Registration
Location: Foyer
12:00pm
-
1:00pm
Lunch
1:00pm
-
2:00pm
Opening Ceremony
Location: H01
2:00pm
-
3:00pm
EUROMECH Fluid Mechanics Prize 2024: Continuum or individual models for suspensions of swimming micro-organisms? Timothy J. Pedley, University of Cambridge, Cambridge, England
Location: H01
3:00pm
-
3:30pm
Break
Location: Foyer
3:30pm
-
6:00pm
A01_01: Drops and Bubbles
Location: H01
A02_01: Instability and Transition
Location: H02
A04_01: Granular Flows, Particle-Laden Flows, Suspensions
Location: H06
A05_01: Computational Fluid Dynamics and Numerical Methods, Computational Rheology, Large-Eddy Simulation and Related Techniques, Quantum Computing for Fluids
Location: H04
A06_01: Fluid-Structure Interaction
Location: H03
A08_01: Wall-Bounded Flows: Experiment, Simulations, Theory
Location: H09
A09_01: Biological and Biomedical Fluid Mechanics
Location: H05
A16_01: Non-Newtonian Flows/Turbulence
Location: S04
A17_01: Intermittency and Scaling
Location: H08
A26_01: Artificial Intelligence in Turbulence
Location: H07
A29_01: Microscale and Nanoscale Flows
Location: S03
A30_01: Separated Flows
Location: S05
A33_01: Acoustics, Acoustics of Turbulent Flows
Location: S01
A34_01: Atomization and Sprays
Location: S02
MS03_01: Minisymposium - Stratified Turbulence
Location: S06
     
Date: Tuesday, 17/September/2024
8:30am
-
9:30am
PS01: Chiral transport in viscous flows: from micro-helices to bacteria. Anke Lindner, Sorbonne Université, Paris, France
Location: H01
9:30am
-
10:00am
Break
10:00am
-
12:00pm
A01_02: Drops and Bubbles
Location: H01
A02_02: Instability and Transition
Location: H02
A03_01: Convection and Buoyancy-Driven Flows
Location: H04
A04_02: Granular Flows,Particle-Laden Flows, Suspensions
Location: H06
A06_02: Fluid-Structure Interaction
Location: H03
A10_01: Multiphase Flows
Location: H07
A11_01: Control of Turbulent Flows, Flow Control
Location: H09
A15_01: Surface Tension Effects and Interfacial Fluid Dynamics
Location: S07
A18_01: Lagrangian Aspects of Turbulence, Multiphase Turbulence
Location: H08
A20_01: Waves
Location: H10
A21_01: Transport and Mixing
Location: S02
A22_01: Rotating Fluids, Stokes Flow, Superfluids Turbulence
Location: S03
A23_01: Experimental Techniques
Location: S01
MS01_01: Minisymposium - Data Science and AI in Fluid Mechanics
Location: H05
MS03_02: Minisymposium - Stratified Turbulence
Location: S06
     
12:00pm
-
1:00pm
Lunch
1:00pm
-
2:00pm
PS02: A multiphase flow vision of sediment transport : what can we learn from fluid mechanics? Julien Chauchat, Université Grenoble, Grenoble, France
Location: H01
2:30pm
-
4:30pm
A01_03: Drops and Bubbles
Location: H01
A02_03: Instability and Transition
Location: H02
A03_02: Convection and Buoyancy-Driven Flows
Location: H04
A04_03: Granular Flows, Particle-Laden Flows, Suspensions
Location: H06
A07_01: Aerodynamics, Boundary Layers
Location: H03
A10_02: Multiphase Flows
Location: H07
A11_02: Control of Turbulent Flows, Flow Control
Location: H09
A12_01: Geophysical and Astrophysical Turbulence, Geophysical Fluid Dynamics
Location: S04
A13_01: Jets and Free Shear Flows
Location: S06
A14_01: Vortex Dynamics and Structure Formation
Location: H11
A15_02: Surface Tension Effects and Interfacial Fluid Dynamics
Location: S07
A18_02: Lagrangian Aspects of Turbulence, Multiphase Turbulence
Location: H08
A20_02: Waves
Location: H10
A21_02: Transport and Mixing
Location: S02
MS01_02: Minisymposium - Data Science and AI in Fluid Mechanics
Location: H05
     
4:30pm
-
5:00pm
Break
5:00pm
-
6:00pm
A01_04: Drops and Bubbles
Location: H01
A02_04: Instability and Transition
Location: H02
A03_03: Convection and Buoyancy-Driven Flows
Location: H04
A04_04: Granular Flows, Particle-Laden Flows, Suspensions
Location: H06
A07_02: Aerodynamics, Boundary Layers
Location: H03
A10_03: Multiphase Flows
Location: H07
A11_03: Control of Turbulent Flows, Flow Control
Location: H09
A12_02: Geophysical and Astrophysical Turbulence, Geophysical Fluid Dynamics
Location: S04
A13_02: Jets and Free Shear Flows
Location: S06
A14_02: Vortex Dynamics and Structure Formation
Location: H11
A15_03: Surface Tension Effects and Interfacial Fluid Dynamics
Location: S07
A18_03: Lagrangian Aspects of Turbulence, Multiphase Turbulence
Location: H08
A20_03: Waves
Location: H10
A21_03: Transport and Mixing
Location: S02
MS01_03: Minisymposium - Data Science and AI in Fluid Mechanics
Location: H05
     
Date: Wednesday, 18/September/2024
8:30am
-
9:30am
PS03: Self-regulating non-equilibrium: turbulence dissipation and transfers. J. Christos Vassilicos, CNRS, Lille Mechanics of Fluids Laboratory, Lille, France
Location: H01
9:30am
-
10:00am
Break
10:00am
-
12:00pm
A01_05: Drops and Bubbles
Location: H01
A02_05: Instability and Transition
Location: H02
A03_04: Convection and Buoyancy-Driven Flows
Location: H04
A07_03: Aerodynamics, Boundary Layers
Location: H03
A09_02: Biological and Biomedical Fluid Mechanics
Location: H05
A14_03: Vortex Dynamics and Structure Formation
Location: H11
A15_04: Surface Tension Effects and Interfacial Fluid Dynamics
Location: S07
A16_02: Non-Newtonian Flows/Turbulence
Location: S04
A17_02: Intermittency and Scaling
Location: S01
A24_01: Atmospheric Flows/Turbulence
Location: S03
A25_01: Free Surface Flows
Location: S02
A27_01: Electrokinetic Flows, Magnetohydrodynamics, MHD Turbulence
Location: S05
A28_01: Porous Media Flows
Location: S06
MS01_04: Minisymposium - Data Science and AI in Fluid Mechanics
Location: H06
MS04_01: Minisymposium - Elastic and Invertio-Elastic Turbulence
Location: H10
     
12:00pm
-
1:00pm
Lunch
1:00pm
-
2:00pm
PS04: Sound, flames and aerodynamics for a decarbonised future. Aimee S. Morgans, Imperial College London, London, England
Location: H01
2:30pm
-
4:30pm
A01_06: Drops and Bubbles
Location: H01
A02_06: Instability and Transition
Location: H02
A03_05: Convection and Buoyancy-Driven Flows
Location: H04
A05_02: Computational Fluid Dynamics and Numerical Methods, Computational Rheology, Large-Eddy Simulation and Related Techniques, Quantum Computing for Fluids
Location: H08
A06_03: Fluid-Structure Interaction
Location: H07
A07_04: Aerodynamics, Boundary Layers
Location: H03
A08_02: Wall-Bounded Flows: Experiment, Simulations, Theory
Location: H09
A09_03: Biological and Biomedical Fluid Mechanics
Location: H05
A12_03: Geophysical and Astrophysical Turbulence, Geophysical Fluid Dynamics
Location: S04
A13_03: Jets and Free Shear Flows
Location: S06
A14_04: Vortex Dynamics and Structure Formation
Location: H11
A17_03: Intermittency and Scaling
Location: S01
A31_01: Combustion and Reacting Flows, Reacting and Compressible Turbulence
Location: S02
MS01_05: Minisymposium - Data Science and AI in Fluid Mechanics
Location: H06
MS04_02: Minisymposium - Elastic and Invertio-Elastic Turbulence
Location: H10
     
4:30pm
-
5:00pm
Break
5:00pm
-
6:00pm
A01_07.1: Drops and Bubbles
Location: H01
A01_07.2: Drops and Bubbles
Location: H02
A03_06: Convection and Buoyancy-Driven Flows
Location: H04
A05_03: Computational Fluid Dynamics and Numerical Methods, Computational Rheology, Large-Eddy Simulation and Related Techniques, Quantum Computing for Fluids
Location: H08
A06_04: Fluid-Structure Interaction
Location: H07
A08_03: Wall-Bounded Flows: Experiment, Simulations, Theory
Location: H09
A09_04: Biological and Biomedical Fluid Mechanics
Location: H05
A12_04: Geophysical and Astrophysical Turbulence, Geophysical Fluid Dynamics
Location: S04
A18_04: Lagrangian Aspects of Turbulence, Multiphase Turbulence
Location: S01
A19_01: Compressible Flows
Location: H03
A29_02: Microscale and Nanoscale Flows
Location: S06
A31_02: Combustion and Reacting Flows, Reacting and Compressible Turbulence
Location: S02
MS01_06: Minisymposium - Data Science and AI in Fluid Mechanics
Location: H06
         
Date: Thursday, 19/September/2024
8:30am
-
9:30am
PS05: Viscoelastic and inertioelastic instabilities of complex fluids. Gareth McKinley, Massachusetts Institute of Technology, Cambridge, USA
Location: H01
9:30am
-
10:00am
Break
10:00am
-
12:00pm
A01_08: Drops and Bubbles
Location: H01
A02_07: Instability and Transition
Location: H02
A03_07: Convection and Buoyancy-Driven Flows
Location: H04
A04_05: Granular Flows, Particle-Laden Flows, Suspensions
Location: H06
A05_04: Computational Fluid Dynamics and Numerical Methods, Computational Rheology, Large-Eddy Simulation and Related Techniques, Quantum Computing for Fluids
Location: H08
A06_05: Fluid-Structure Interaction
Location: H05
A07_05: Aerodynamics, Boundary Layers
Location: H03
A08_04: Wall-Bounded Flows: Experiment, Simulations, Theory
Location: S07
A11_04: Control of Turbulent Flows, Flow Control
Location: H09
A19_02: Compressible Flows
Location: S02
A26_02: Artificial Intelligence in Turbulence
Location: H07
A27_02: Electrokinetic Flows, Magnetohydrodynamics, MHD Turbulence
Location: S05
A28_02: Porous Media Flows
Location: S06
MS02_01: Minisymposium - Instabilities in Free surface Flows
Location: H10
       
12:00pm
-
1:00pm
Lunch
1:00pm
-
2:00pm
PS06: Shaping up to explore and exploit unsteady fluid-structure interactions. Karen Mulleners, École Polytechnique Fédérale de Lausanne, Lausanne, Switzerland
Location: H01
2:30pm
-
4:30pm
A01_09: Drops and Bubbles
Location: H01
A02_08: Instability and Transition
Location: H02
A03_08: Convection and Buoyancy-Driven Flows
Location: H04
A04_06: Granular Flows, Particle-Laden Flows, Suspensions
Location: H06
A05_05: Computational Fluid Dynamics and Numerical Methods, Computational Rheology, Large-Eddy Simulation and Related Techniques, Quantum Computing for Fluids
Location: H08
A07_06: Aerodynamics, Boundary Layers
Location: H03
A08_05: Wall-Bounded Flows: Experiment, Simulations, Theory
Location: S07
A09_05: Biological and Biomedical Fluid Mechanics
Location: H05
A10_04: Multiphase Flows
Location: H07
A11_05: Control of Turbulent Flows, Flow Control
Location: H09
A12_05: Geophysical and Astrophysical Turbulence, Geophysical Fluid Dynamics
Location: S04
A22_02: Rotating Fluids, Stokes Flow, Superfluids Turbulence
Location: S03
A23_02: Experimental Techniques
Location: S02
A32_01: Wind and Water Power, Industrial Applications
Location: S01
MS02_02: Minisymposium - Instabilities in Free surface Flows
Location: H10
     
4:30pm
-
5:00pm
Break
5:00pm
-
6:00pm
A01_10.1: Drops and Bubbles
Location: H01
A01_10.2: Drops and Bubbles
Location: H02
A03_09: Convection and Buoyancy-Driven Flows
Location: H04
A04_07: Granular Flows, Particle-Laden Flows, Suspensions
Location: H06
A05_06: Computational Fluid Dynamics and Numerical Methods, Computational Rheology, Large-Eddy Simulation and Related Techniques, Quantum Computing for Fluids
Location: H08
A07_07: Aerodynamics, Boundary Layers
Location: H03
A08_06: Wall-Bounded Flows: Experiment, Simulations, Theory
Location: S07
A09_06: Biological and Biomedical Fluid Mechanics
Location: H05
A10_05: Multiphase Flows
Location: H07
A11_06: Control of Turbulent Flows, Flow Control
Location: H09
A12_06: Geophysical and Astrophysical Turbulence, Geophysical Fluid Dynamics
Location: S04
A22_03: Rotating Fluids, Stokes Flow, Superfluids Turbulence
Location: S03
A23_03: Experimental Techniques
Location: S02
A32_02: Wind and Water Power, Industrial Applications
Location: S01
       
Date: Friday, 20/September/2024
8:30am
-
11:00am
A01_11: Drops and Bubbles
Location: H01
A02_09: Instability and Transition
Location: H02
A04_08: Granular Flows, Particle-Laden Flows, Suspensions
Location: H06
A05_07: Computational Fluid Dynamics and Numerical Methods, Computational Rheology, Large-Eddy Simulation and Related Techniques, Quantum Computing for Fluids
Location: H08
A06_06: Fluid-Structure Interaction
Location: H03
A10_06: Multiphase Flows
Location: H07
A13_04: Jets and Free Shear Flows
Location: S06
A16_03: Non-Newtonian Flows/Turbulence
Location: S04
A19_03: Compressible Flows
Location: S02
A24_02: Atmospheric Flows/Turbulence
Location: S03
A25_02: Free Surface Flows
Location: S01
A35_C: Wall-Bounded Flows: Experiment, Simulations, Theory / Separated Flows / Acoustics, Accoustics of Turbulent Flows
Location: S07
11:00am
-
11:30am
Break
11:30am
-
12:30pm
Closing Ceremony
Location: H01
12:30pm
-
2:00pm
Lunch

 
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