7th International Conference on the Discrete Simulation of Fluids
University of Oxford
14th-18th July 1998
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7th International Conference on the Discrete Simulation of FluidsUniversity of Oxford14th-18th July 1998 | |
| CONFERENCE PROGRAMME |
| 8-10pm | REGISTRATION AND WINE IN KEBLE |
| 8.30am | REGISTRATION IN NUCLEAR PHYSICS |
| 9.00 | R. Kapral | Mesoscale dynamics of reaction diffusion systems. | Abstract |
| 9.40 | J.P. Boon & C. Bodenstein | Class of CA for the formation of surface aggregates. | Abstract |
| 10.20 | P.V. Coveney | Lattice gas simulations of ternary amphiphilic fluid flow in porous media | Abstract |
| 11.00 | COFFEE | ||
| 11.30 | A.A. Khan & Y. Shnidman | Convective-diffusive lattice models of multiphase flows, wetting and coating. | Abstract |
| 11.50 | A. Malevanets | Multiparticle collision model for low viscosity hydrodynamics. | Abstract |
| 12.10 | Y.Hashimoto, Y. Chen & H. Ohashi | Boundary Conditions in a LG with continuous velocity. | Abstract |
| 12.30 | K. Ebihara, T. Watanabe & H. Kaburaki | Surface of dense phase in LG fluid with long-range interaction. | Abstract |
| 12.50 | LUNCH | ||
| 2.30 | B. Boghosian | Numerically stable Lattice Boltzmann models. | Abstract |
| 3.10 | G. Vahala | Thermal Lattice Boltzmann models for compressible flows. | Abstract |
| 3.50 | TEA | ||
| 4.30 | B.J. Palmer & D.R. Rector | LB algorithm for simulating thermal flow in compressible fluids. | Abstract |
| 4.50 | A. Masselot & B. Chopard | A new multiparticle LG model for hydrodynamics. | Abstract |
| 5.10 | D.A. Meyer | A LG model with dynamical geometry. | Abstract |
| 5.30 | H. Ujita, S. Nagat, M. Akiyama, M. Naitoh & H. Ohashi | Development of LGA and LBGK 2D parallel programs. | Abstract |
| 9.00 | X. He | Lattice Boltzmann simulation of Rayleigh-Taylor instability. | Abstract |
| 9.40 | X. Shan | LB method and discretization of the Boltzmann equation. | Abstract |
| 10.20 | L-S. Luo | What's wrong with LB models for non-ideal gases? | Abstract |
| 11.00 | COFFEE | ||
| 11.30 | Y. Chen, T. Shukuwa, S. Teng & H. Ohashi | LB simulation of two-phase fluid flow. | Abstract |
| 11.50 | D. Holdych, D. Rovas, J. Georgiadis & R. Buckius | Extension of mutli-phase flow LBM formulation via symbolic numerical manipulation. | Abstract |
| 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. | Abstract |
| 12.30 | I. Halliday, K.Good & C.M. Care | Towards lattice BGK nematodynamics. | Abstract |
| 12.50 | LUNCH | ||
| 2.30 | A. Wagner | Morphologies of different coarsening regimes of phase separating binary fluids. | Abstract |
| 3.10 | D. D'Humières | TBA | Abstract |
| 3.50 | L. Giraud, D. D'Humières & P. Lallemand | Modelisation of non-linear viscoelasticity with the LB method. | Abstract |
| 4.10 | POSTERS | ||
| 9.00 | P.B. Warren | DPD. Recent progress and theoretical puzzles. | Abstract |
| 9.40 | P. Bladon, S. Jury & M. Cates | Simulating multi-component fluids using DPD. | Abstract |
| 10.20 | P. Español | DPD with energy conservation. | Abstract |
| 11.00 | COFFEE | ||
| 11.30 | I. Pagnabarraga & D. Frenkel | Self-consistent DPD. | Abstract |
| 11.50 | C.A. Marsh & M.H. Ernst | Theoretical Extensions for DPD | Abstract |
| 12.10 | M. Mayorga, L. Romero-Salazar & M. Rubi | Thermodynamics of interacting Brownian particles. | Abstract |
| 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. | Abstract |
| 12.50 | LUNCH | ||
| PUNTING, SIGHTSEEING ETC. | |||
| 4.30 | TEA | ||
| 5.00 | E.G. Flekkøy | Coupling particles and hydrodynamics in granular flows. | Abstract |
| 5.40 | M.H. Ernst | Energy relaxation and long range correlations in rapid granular flows. | Abstract |
| 7.00 | CONFERENCE DINNER WADHAM COLLEGE |
| 9.00 | B.T. Nadiga | Discrete velocity gases: compressible CE expansions, Boltzmann shock profiles and kinetic flux-splitting. | Abstract |
| 9.40 | H.W. Stockman | Accuracy and computational efficiency in 3D dispersion via LB: models for double-diffusive fingering and dispersion in rough fractures. | Abstract |
| 10.20 | A. Garcia | Stochastic Particle Algorithms: From DSMC to CUBA | Abstract |
| 11.00 | COFFEE | ||
| 11.30 | J. Bernsdorf, Th. Zeiser, G. Brenner & F. Durst | Simulation of channel flow around a square obstacle with LB BGK automata | Abstract |
| 11.50 | D.R. Noble & J.R. Torczynski | A LB method for partially salvated computational cells. | Abstract |
| 12.10 | M. Krfczyk, J. Tolke, R. Berrios & E. Rank | Non-uniform mesh refinement for FD discretization of LBGK models. | Abstract |
| 12.30 | W. Arter & J.W. Eastwood | Particle-mesh schemes for complex flow modeling. | Abstract |
| 12.50 | LUNCH | ||
| 2.30 | P.B. Visscher, K. Alford & Y. Gunal | Field-induced smectic ordering in dipolar fluids via fast-multipole simulation. | Abstract |
| 2.50 | B. Wachman & S. Schwarzer | Local behaviour of suspensions. | Abstract |
| 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. | Abstract |
| 3.30 | X-F. Yuan | Mesoscopic modeling of complex fluid flows. | Abstract |
| 3.50 | D. Qi | Microstructure of particles in a planar Couette flow. | Abstract |
| 4.10 | TEA | ||
| 4.40 | Y-H. Qian | Lattice BGK simulations of 2D turbulence. | Abstract |
| 5.20 | H. Chen | A mesoscopic representation of turbulence. | Abstract |
| 9.00 | W. Miller & K. Bottcher | Numerical study of flow and temperature patterns during the growth of GaPO4 using Lattice Boltzmann. | Abstract |
| 9.20 | O. Filippova & D. Hanel | Lattice BGK model for low Mach number combustion. | Abstract |
| 9.40 | D. Kandhai et.al. | A comparison between LB and finite element simulations of fluid flow in static mixer reactors. | Abstract |
| 10.00 | A. Koponen et. al. | Permeability of 3D random fibre webs. | Abstract |
| 10.20 | COFFEE | ||
| 10.50 | S. Succi | Lattice Quantum Mechanics | Abstract |
| 11.30 | E. Orlandini | Collapse transitions of a periodic hydrophilic hydrophobic chain. | Abstract |
| 12.10 | S. Redner | Gradient clogging in depth filtration | Abstract |
| 12.50 | CLOSE | ||
| 1 | O. Filippova & D. Hanel | Boundary fitting and local grid refinement for lattice BGK models | Abstract |
| 2 | G. Doolen | Trends in Lattice Boltzmann Modeling | Abstract |
| 3 | E.S. Boek & P. van der Schoot | Resolution effects in DPD simulations. | Abstract |
| 4 | P. Ahlrichs & B. Dünweg | Simulation of polymer solvent systems. | Abstract |
| 5 | D. Grubert & J.M. Yeomans | LB simulations of wetting. | Abstract |
| 6 | K. Langaas & J.M. Yeomans | LB simulation of a binary fluid with different phase viscosities and its application to viscous fingering. | Abstract |
| 7 | D.M. White, I. Halliday, C.M. Care & A. Stevens | Exactly incompressible Lattice BGK method for simulation of internal pressure driven flow. | Abstract |
| 8 | D. Nicolaides | DPD simulation of mesophase formation for pluronic surfactants. | Abstract |
| 9 | K.E. Novik & P.V. Coveney | Spinodal decomposition of off-critical quenches with a glassy phase using DPD. | Abstract |
| 10 | I. Zuniga, M. Revenga & P. Español | Boundary conditions in DPD | Abstract |
| 11 | M. Shevalier, S.R. Sreenivesan & I.E. Hutcheon | Modeling of Fines particle migration and accumulation using LB automata. | Abstract |
| 12 | L. Romero-Salazar & M. Mayorga | Maximum entropy formalism for a dense gas and mixtures. | Abstract |
| 13 | A. Lamura, G. Gonnella & J.M. Yeomans | LB simulations of ternary fluids. | Abstract |
| 14 | C. Denniston | Dynamics of gravity driven granular flow. | Abstract |
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Last updated: 9th July 1998 Enquiries to:  Colin Marsh
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