Présentations graphiques du colloque Multiphase17
Presentations given at the17th International workshop on trends in numerical and physical modeling for industrial multiphase flows, ENS Paris-Saclay, 2017/10/16-18, Cachan, France
Session 1: Global flow, anti-sloshing devices, ship and liquid cargo coupling
B. Molin, NTNU (Norway), Bureau Veritas (France)
On natural modes in moonpools and gaps
E. Eenkhoorn, Accede BV (The Netherlands)
Anti-Slosh Inflatable Component Case Study
E. Eenkhoorn, Accede BV (The Netherlands)
Anti-Slosh Inflatable Component Performance in Relation to Shape Retention and Load Transfer
L. Diebold, Bureau Veritas (France)
Numerical study of anti-roll tanks
M. Arai, Yokohama National University (Japan)
Sloshing behaviour of liquid in prismatic LNG tanks and ship-tank coupled motion
On natural modes in moonpools and gaps
E. Eenkhoorn, Accede BV (The Netherlands)
Anti-Slosh Inflatable Component Case Study
E. Eenkhoorn, Accede BV (The Netherlands)
Anti-Slosh Inflatable Component Performance in Relation to Shape Retention and Load Transfer
L. Diebold, Bureau Veritas (France)
Numerical study of anti-roll tanks
M. Arai, Yokohama National University (Japan)
Sloshing behaviour of liquid in prismatic LNG tanks and ship-tank coupled motion
Session 2: Liquid and gas compressibility - Part 1
R. de Böck, Eindhoven University of Technology (The Netherlands)
Comparison of numerical and analytical approach to wave impacts with entrapped gas
M. Ancellin, University College Dublin (Ireland), GTT , ENS Paris-Saclay (France)
On the oscillations damping in extended Bagnold models
J. Windt, MARIN (The Netherlands)
Liquid patch impact simulation with an incompressible solver
P.M. Guilcher, HydrOcean, NexFlow , GTT, Ecole Centrale Nantes (France)
Influence of liquid and gas properties on impact pressures for a rectangular liquid patch impact
A. Mrabet, ENS Paris-Saclay, CEA DAM (France)
Coupling of compressible and incompressible codes for the simulation of wave impact
N. Couty, HydrOcean, NexFlow , GTT, Ecole Centrale Nantes (France)
Phenomenological study of the interactions between pressure waves and development of jets for simplified liquid impacts
Comparison of numerical and analytical approach to wave impacts with entrapped gas
M. Ancellin, University College Dublin (Ireland), GTT , ENS Paris-Saclay (France)
On the oscillations damping in extended Bagnold models
J. Windt, MARIN (The Netherlands)
Liquid patch impact simulation with an incompressible solver
P.M. Guilcher, HydrOcean, NexFlow , GTT, Ecole Centrale Nantes (France)
Influence of liquid and gas properties on impact pressures for a rectangular liquid patch impact
A. Mrabet, ENS Paris-Saclay, CEA DAM (France)
Coupling of compressible and incompressible codes for the simulation of wave impact
N. Couty, HydrOcean, NexFlow , GTT, Ecole Centrale Nantes (France)
Phenomenological study of the interactions between pressure waves and development of jets for simplified liquid impacts
Session 3: Liquid and gas compressibility - Part 2
L. Diebold, Bureau Veritas (France)
CFD Validations for Sloshing
O. Kimmoun, Ecole Centrale Marseille, GTT (France)
Experimental study of the liquid-jet-induced loads following a wave impact on MarkIII corrugations
J. A. Redford, ENS Paris-Saclay (France)
Physical multi-phase flow model applied to aqueous foam shock tube experiments
D. van der Meer, University of Twente (The Netherlands)
Collapse of a non-axisymmetric air cavity in water
L. Zhang, ENS Paris-Saclay, CEA Saclay (France)
Numerical Simulation of Two-Phase Flows using a Pressure-based Solver
CFD Validations for Sloshing
O. Kimmoun, Ecole Centrale Marseille, GTT (France)
Experimental study of the liquid-jet-induced loads following a wave impact on MarkIII corrugations
J. A. Redford, ENS Paris-Saclay (France)
Physical multi-phase flow model applied to aqueous foam shock tube experiments
D. van der Meer, University of Twente (The Netherlands)
Collapse of a non-axisymmetric air cavity in water
L. Zhang, ENS Paris-Saclay, CEA Saclay (France)
Numerical Simulation of Two-Phase Flows using a Pressure-based Solver
Session 4: Free surface instabilities, fragmentation, flow variability - Part 1
L. Brosset, GTT, ENS Paris-Saclay (France)
Experimental Study of Surface Tension Effects on Sloshing Impact loads
M. Frihat, GTT, ENS Paris saclay (France)
Experimental Study of Liquid Viscosity Effects on Sloshing impacts
R. Remmerswaal, University of Groningen (The Netherlands)
The Numerical Simulation of Free Surface Instabilities using an Immersed Jump Condition Model for Surface Tension
S. Fortin, Ecole Polytechnique de Montréal (EPM) (Canada), GTT (France)
Surface tension implementation, verification and validation for separated two-phase flows
Experimental Study of Surface Tension Effects on Sloshing Impact loads
M. Frihat, GTT, ENS Paris saclay (France)
Experimental Study of Liquid Viscosity Effects on Sloshing impacts
R. Remmerswaal, University of Groningen (The Netherlands)
The Numerical Simulation of Free Surface Instabilities using an Immersed Jump Condition Model for Surface Tension
S. Fortin, Ecole Polytechnique de Montréal (EPM) (Canada), GTT (France)
Surface tension implementation, verification and validation for separated two-phase flows
Session 5: Free surface instabilities, fragmentation, flow variability - Part 2
Y. van Halder, Centrum Wiskunde & Informatica (The Netherlands)
Multi-Element Domain Decomposition for Multiphase Flow with Uncertainties
B.-J. Gréa, CEA DAM DIF, ENS Paris-Saclay (France)
What is the final size of turbulent mixing zones driven by the Faraday instability?
G. Lavalle, Université Paris-Saclay, Air Liquide (France)
Wave dynamics in counter-current gas-liquid flows for distillation process applications
R. Marcer, Principia, Technip, Cibernetix (France)
Experimental qualification of a CFD model for simulation of LNG spillage on solid structures
Multi-Element Domain Decomposition for Multiphase Flow with Uncertainties
B.-J. Gréa, CEA DAM DIF, ENS Paris-Saclay (France)
What is the final size of turbulent mixing zones driven by the Faraday instability?
G. Lavalle, Université Paris-Saclay, Air Liquide (France)
Wave dynamics in counter-current gas-liquid flows for distillation process applications
R. Marcer, Principia, Technip, Cibernetix (France)
Experimental qualification of a CFD model for simulation of LNG spillage on solid structures
Session 6: Viscosity, turbulent flows
J. Reveillon, University of Rouen (France)
Multiscale approach for liquid-gas flow to link homogeneous and separated multiphase flows
K. Lund Nielsen, Eni S.p.A. (Italy) / p. 40
Experimental and numerical simulation of restarting flow of gelled crude oil
B. Lambert, INRIA, University of Bordeaux (France) / p. 41
Modelling and Numerical Simulations of Contacts in Particle-Laden Flow
Multiscale approach for liquid-gas flow to link homogeneous and separated multiphase flows
K. Lund Nielsen, Eni S.p.A. (Italy) / p. 40
Experimental and numerical simulation of restarting flow of gelled crude oil
B. Lambert, INRIA, University of Bordeaux (France) / p. 41
Modelling and Numerical Simulations of Contacts in Particle-Laden Flow
Session 7: Phase change
P. Behruzi, Ariane Group (Germany)
Sloshing of cryogenic liquids in tanks
H. Mathis, University of Nantes (France)
A Thermodynamically consistent model of a liquid-vapor fluid with a gas
H. Ghazi, University of Nantes, MAPMO, University of Orléans (France)
A relaxation model for liquid-vapor phase change with metastable states
S. Jahangir, TU Delft (The Netherlands)
Experimental investigation of cavitation regimes present in a converging-diverging nozzle
D. Fuster, Université Pierre et Marie Curie, ENSTA Bretagne (France)
Experimental investigation of cavitation inception in a confined fluid microlayer induced by high intensity pressure pulses
Sloshing of cryogenic liquids in tanks
H. Mathis, University of Nantes (France)
A Thermodynamically consistent model of a liquid-vapor fluid with a gas
H. Ghazi, University of Nantes, MAPMO, University of Orléans (France)
A relaxation model for liquid-vapor phase change with metastable states
S. Jahangir, TU Delft (The Netherlands)
Experimental investigation of cavitation regimes present in a converging-diverging nozzle
D. Fuster, Université Pierre et Marie Curie, ENSTA Bretagne (France)
Experimental investigation of cavitation inception in a confined fluid microlayer induced by high intensity pressure pulses
Session 8: Structural response
J. G. Herterich, University College Dublin (Ireland)
Mechanics of large boulder creation due to wave impacts
T. Milcent, University of Bordeaux (France)
A Cartesian Scheme for Compressible Multimaterial Hyperelastic Models with Plasticity
R. Bos, TU Delft (The Netherlands), GTT (France)
Selecting potentially critical sloshing loads on an LNG cargo containment system
Q. Luo, CCS (China)
Rule development for sloshing and structure assessment of the liquid tanks based on the research of sloshing experiment and numerical analysis
Mechanics of large boulder creation due to wave impacts
T. Milcent, University of Bordeaux (France)
A Cartesian Scheme for Compressible Multimaterial Hyperelastic Models with Plasticity
R. Bos, TU Delft (The Netherlands), GTT (France)
Selecting potentially critical sloshing loads on an LNG cargo containment system
Q. Luo, CCS (China)
Rule development for sloshing and structure assessment of the liquid tanks based on the research of sloshing experiment and numerical analysis
Session 9: Experimental techniques
H. Bogaert, MARIN (The Netherlands)
Multiphase Wave Lab developped by SLING Programme
U. Jain, University of Twente (The Netherlands)
Impacting patterned discs on water
S. Schreier, TU Delft (The Netherlands)
Pressure Sensor Clusters - On the Way to 100 Pressure Sensors on 1-Euro Coin
M. Birvalski, MARIN (The Netherlands)
Exploratory measurements of bubbles in the wake of a ship model
Multiphase Wave Lab developped by SLING Programme
U. Jain, University of Twente (The Netherlands)
Impacting patterned discs on water
S. Schreier, TU Delft (The Netherlands)
Pressure Sensor Clusters - On the Way to 100 Pressure Sensors on 1-Euro Coin
M. Birvalski, MARIN (The Netherlands)
Exploratory measurements of bubbles in the wake of a ship model