The contributions in this volume focus on the use of general
connectivity (unstructured) adaptive meshes for Lagrangian
calculations but contain a substantial amount of material on
Euler and arbitrary Lagrange-Euler techniques as well.
Contributions on the smooth particle hydrodynamics method
and on deterministic vortex methods broaden the scope of the
material and allow comparisons of different, though allied,
techniques to be made.
The format of the conference was designedto optimize the
interaction among the attendees. An edited version of
roundtable discussions is included in these proceedings.
This volume presents the most recent developments in free Lagrange methods and their relation to other numerical techniques in fluid dynamics and classical field theory. It addresses engineers and scientists as well as numerical analysts.
Harold E. Trease
Deluaney/Voronoi dual meshes Free-Lagrange method Lagrange Methode Lagrange finite volume method Navier-Stokes equation Navier-Stokes equations Smoothed Particle Hydrodynamics algorithms computational physics diffusion massice parallel computing momentum scattering smoothed-particle hydrodynamics (SPH) solution