| 9.00
| R. Kapral
| Mesoscale dynamics of reaction diffusion systems.
|
| 9.40
| J.P. Boon & C. Bodenstein
| Class of CA for the formation of surface aggregates.
|
| 10.20
| P.V. Coveney
| TBA
|
| 11.00
| COFFEE
|
| 11.30
| A.A. Kahn & Y. Shnidman
| Convective-diffusive lattice models of multiphase flows, wetting
and coating.
|
| 11.50
| A. Malevanets
| Multiparticle collision model for low viscosity hydrodynamics.
|
| 12.10
| Y.Hashimoto, Y. Chen & H. Ohashi
| Boundary Conditions in a LG with continuous velocity.
|
| 12.30
| K. Ebihara, T. Watanabe & H. Kaburaki
| Surface of dense phase in LG fluid with long-range interaction.
|
| 12.50
| LUNCH
|
| 2.30
| B. Boghosian
| Numerically stable Lattice Boltzmann models.
|
| 3.10
| G. Vahala
| Thermal Lattice Boltzmann models for compressible flows.
|
| 3.50
| TEA
|
| 4.30
| B.J. Palmer & D.R. Rector
| LB algorithm for simulating thermal flow in compressible fluids.
|
| 4.50
| A. Masselot & B. Chopard
| A new multiparticle LG model for hydrodynamics.
|
| 5.10
| D.A. Meyer
| A LG model with dynamical geometry.
|
| 5.30
| H. Ujita, S. Nagat, M. Akiyama, M. Naitoh & H. Ohashi
| Development of LGA and LBGK 2D parallel programs.
|
| 9.00
| X. He
| Lattice Boltzmann simulation of Rayleigh-Taylor
instability.
|
| 9.40
| X. Shan
| LB method and discretization of the Boltzmann equation.
|
| 10.20
| L-S. Luo
| What's wrong with LB models for non-ideal gases?
|
| 11.00
| COFFEE
|
| 11.30
| Y. Chen, T. Shukuwa, S. Teng & H. Ohashi
| LB simulation of two-phase fluid flow.
|
| 11.50
| D. Holdych, D. Rovas, J. Georgiadis & R. Buckius
| Extension of mutli-phase flow LBM formulation via symbolic
numerical manipulation.
|
| 12.10
| R.S. Maier, D.M. Kroll, H.T. Davies & R.S. Bernard
| Pore-scale flow and dispersion: comparison of simulation and
experimental results.
|
| 12.30
| I. Halliday, K.Good & C.M. Care
| Towards lattice BGK nematodynamics.
|
| 12.50
| LUNCH
|
| 2.30
| A. Wagner
| Morphologies of different coarsening regimes of phase separating
binary fluids.
|
| 3.10
| H.W. Stockman
| Accuracy and computational efficiency in 3D dispersion via LB:
models for double-diffusive fingering and dispersion in rough
fractures.
|
| 3.50
| POSTERS
|
| 9.00
| P.B. Warren
| DPD. Recent progress and theoretical puzzles.
|
| 9.40
| P. Bladon, S. Jury & M. Cates
| Simulating multi-component fluids using DPD.
|
| 10.20
| P. Español
| DPD with energy conservation.
|
| 11.00
| COFFEE
|
| 11.30
| I. Pagnabarraga & D. Frenkel
| Self-consistent DPD.
|
| 11.50
| E.S. Boek & P. van der Schoot
| Resoltuion effects in DPD simulations.
|
| 12.10
| M. Majorga, L. Romero-Salazar & M. Rubi
| Thermodynamics of interacting Brownian particles.
|
| 12.30
| K. Zhang, Y. Kong, W.G. Madden & C.W. Manke
| Effects of excluded volume, hydrodynamic interaction and inertia
on the dynamics of dilute polymer solutions modeled by DPD.
|
| 12.50
| LUNCH
|
| PUNTING, SIGHTSEEING ETC.
|
| 5.00
| E.G. Flekkøy
| Coupling particles and hydrodynamics in granular flows.
|
| 5.40
| M.H. Ernst
| Energy relaxation and long range correlations in rapid granular
flows.
|
| 9.00
| B.T. Nadiga
| Discrete velocity gases: compressible CE expansions,
Boltzmann shock profiles and kinetic flux-splitting.
|
| 9.40
| D. D'Humières
| TBA
|
| 10.20
| A. Garcia
| TBA
|
| 11.00
| COFFEE
|
| 11.30
| L. Giraud, D. D'Humières & P. Lallemand
| Modelisation of non-linear viscoelasticity with the LB method.
|
| 11.50
| D.R. Noble & J.R. Torczynski
| A LB method for partially salvated computational cells.
|
| 12.10
| M. Krfczyk, J. Tolke, R. Berrios & E. Rank
| Non-uniform mesh refinement for FD discretization of LBGK models.
|
| 12.30
| W. Arter & J.W. Eastwood
| Particle-mesh schemes for complex flow modeling.
|
| 12.50
| LUNCH
|
| 2.30
| P.B. Visscher, K. Alford & Y. Gunal
| Field-induced smectic ordering in dipolar fluids via
fast-multipole simulation.
|
| 2.50
| B. Wachman & S. Schwarzer
| Local behaviour of suspensions.
|
| 3.10
| K.W. Yu, M.F. Law, K.K. Leung & Jones T.K. Wan
| Optical nonlinearity through anisotropic structure induced by
coated microspheres in electrorheological fluids.
|
| 3.30
| X-F. Yuan
| Mesoscopic modeling of complex fluid flows.
|
| 3.50
| D. Qi
| Microstructure of particles in a planar Couette flow.
|
| 4.10
| TEA
|
| 4.40
| Y-H. Qian
| Lattice BGK simulations of 2D turbulence.
|
| 5.20
| H. Chen
| A mesoscopic representation of turbulence.
|
| 9.00
| W. Miller & K. Bottcher
| Numerical study of flow and temperature patterns during
the growth of GaPO4 using Lattice Boltzmann.
|
| 9.20
| O. Flippove & D. Hanel
| Lattice BGK model for low Mach number combustion.
|
| 9.40
| D. Kandhai et.al.
| A comparison between LB and finite element simulations of fluid
flow in static mixer reactors.
|
| 10.00
| A. Koponen, M. Kataja & J. Timonen
| Permeability of 3D random fibre webs.
|
| 10.20
| COFFEE
|
| 10.50
| S. SUcci
| Lattice Quantum Mechanics
|
| 11.30
| E. Orlandini
| Collapse transitions of a periodic hydrophilic hydrophobic chain.
|
| 12.10
| S. Redner
| Gradient cloggin in depth filtration
|
| 12.50
| CLOSE
|
| O. Flippova & D. Hanel
| Boundary fitting and local grid refinement for lattice
BGK models
|
| P. Ahlrichs & B. Dünweg
| Simulation of polymer solvent systems.
|
| D. Grubert & J.M. Yeomans
| LB simulations of wetting.
|
| K. Langaas & J.M. Yeomans
| LB simulation of a binary fluid with different phase viscosities
and its application to viscous fingering.
|
| D.M. White, I. Halliday, C.M. Care & A. Stevens
| Exactly incompressible Lattice BGK method for simulation of
internal pressure driven flow.
|
| D. Nicolaides
| DPD simulation of mesophase formation for pluronic surfactants.
|
| K.E. Novik & P.V. Coveney
| Spinodal decomposition of off-critical quenches with a glassy
phase using DPD.
|
| I. Zuriga, M. Revenga & P. Español
| Boundary conditions in DPD
|
| M. Shevalier, S.R. Sreenivesan & I.E. Hutcheon
| Modeling of Fines particle migration and accumulation using LB
automata.
|
| L. Romero-Salazar & M. Mayorga
| Maximum entropy formalism for a dense gas and mixtures.
|
| A. Lamura, G. Gonnella & J.M. Yeomans
| LB simulations of ternary fluids.
|
| C. Denniston
| Dynamics of gravity driven granular flow.
|
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Colin Marsh