Programme
Monday 5th September
09.00 Registration
09.30 Welcome
ALE Methods 1
10.20 Milan Kucharik Efficient
3D remapping algorithm for general grids
11.00 Coffee
11.30 Pavel Vachal Synchronized
flux-corrected remapping for ALE
simulations
12.10 Philippe Hoch Mesh quality and advection for 2D
ALE
calculation
12.50 Lunch
High resolution methods
14.00
Ben Thornber Approximate Riemann
solvers for multi-
component flows
15.20
Gabi Luttwak
Staggered mesh Godunov (SMG) scheme for ALE
hydrodynamics
16.0
0 Tea
Applications 1
16.30
Vincent Perrier A numerical scheme for the modelization of condensation and flash vaporization in
compressible mutiphase flows.
17.10
Jean-Philippe Braeunig Numerical experiments on multi-material fluid flows with
direct Eulerian scheme
17.50 Close
Tuesday 6th September
Particle Methods
09.00 Larry Libersky A dual particle mesh free method for continua
09.40 Mike Owen Multi-material
problems in smoothed particle
hydrodynamics
Numerical treatment of material interfaces
10.20 Julian Mindel Interface
tracking on unstructured meshes
11.00 Coffee
11.30 Graham Ball Numerical modelling of dynamic friction
12.10 David Bailey Interface reconstruction and sub-zone physics
models
12.50 Lunch
Multi-phase flow 1
14.00 Erwin Franquet Modelling interfaces separating compressible
materials - Multiphase shock relations and extra
physics
14.40 David Stevens Multiphase flow and ALE3D
15.20 Alec Milne Multi-material modelling of heterogeneous
explosives
16.00 Tea
Applications 2
17.10 Bernard Rebourcet Numerical shock waves and ICF capsule
dynamics
17.50 Close
Wednesday 7th September
ALE/AMR
09.00 Robert Anderson Adaptive mesh refinement for structured grid
ALE codes
09.40 Chris Powell Progress towards a cell by cell ALE-AMR
algorithm for shock hydrodynamics
10.20 Ping Wang An arbitrary Lagrangian Eulerian formulation
with adaptive mesh refinement for material
modeling
11.00 Coffee
11.30 Jennifer Morrell A cell by cell adaptive mesh arbitrary
Lagrangian Eulerian scheme for the numerical solution of the Euler equations
12.10 Alice Koniges ALE hydrodynamic simulations for the National
Ignition Facility
12.50 Lunch
Lagrangian schemes
14.00 Bruno Despres New Lagrangian scheme
14.40 Andrew Barlow Compatible finite element multi-material hydro
15.20 Jerome Breil A centered Lagrangian scheme for
multidimensional compressible flow problems
16.00 Tea
Computer Science
16.30 William Dai Data management for numerical simulations
17.10 Nely Padial-Collins Using Java as a scientific computer language:
Carta Blanca
17.50 Close
Thursday 8th September
ALE Methods 2
09.00 Mike Baines An ALE method using Monitor Functions
09.40 Richard Liska Coupling ALE hydrodynamics with heat
conductivity and laser absorption for laser
plasma simulations
10.20 Raphael Loubere The repair paradigm: New algorithms and
applications to compressible flow
11.00 Coffee
11.30 Mikhail Shashkov Interface
reconstruction in multi-fluid flow
simulations.
Verification and validation
12.10
George Hrbek The
Pinocchio project and verifying complex
multi-material flow simulations
12.50 Lunch
Multi-phase flow 2
14.00 Toby Harris Development
of a cloud rise hydrocode :two
phase flow and turbulent hydrodynamics
14.40 Robin Williams Is there a future for engineering models?
15.20 Discussion
16.00 Tea
16.30 Close