Newton Institute Scoping Meeting
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Held at the University of Reading, 25-26 March 2009
Organised by Hilary Weller , Matthew
Piggott , Nigel
Wood and Todd Ringler
Links to Presentations
Christiane Jablonowski, The Pros and Cons of Adaptive Meshes in Atmospheric Finite Volume Models
Bill Skamarock, Way-points on the path to a fully-adaptive atmospheric model
John Thuburn, Wave propagation on adapting, inhomogeneous, and unstructured grids
Terry Davies, Limitations on ever-higher resolution and adaptive mesh refinement
Jörn Behrens, Prerequisites and effects of multiscale and adaptive numerical methods in the geosciences - a perspective from tsunami simulation
Francis Giraldo, Implicit high-order time-integration methods for adaptive multi-scale modeling of the atmosphere and ocean
Vincent Legat, High-order Discontinuous Finite Element Methods for Ocean Modelling
Matthew Piggott, Three-dimensional anisotropic mesh adaptivity for multi-scale ocean modelling
Omar Ghattas, Parallel AMR for Petascale Geophysical Problems
Links to Posters
Hilary Weller, Predicting Mesh Density for Adaptive Modelling of the Atmosphere
Peter Hjort Lauritzen, A Conservative Semi-Lagrangian Multi-Tracer Transport Scheme (CSLAM) on the Cubed-Sphere
Catherine Mavriplis, High Order Methods and Adaptivity for Advection Models
Thomas von Larcher and Rupert Klein, Multiple Scales in Fluid Dynamics and Meteorology - The DFG Priority Programme 1276 MetStröm
Lucy Bricheno and David Marshall, Three dimensional simulations of rotating dense overflow currents in a dynamically adaptive mesh model
Stefan Jebens, Rudiger Weiner, Oswald Knoth, Explicit Two-Step Peer Methods for the Compressible Euler Equations
Stephane Popinet, Graham Rickard, Joanne O'Callaghan, Quad/octree adaptive modelling of multiscale geophysical flows
Sarah Jane Lock, A. Coals, A. Gadian and S. Mobbs, Exploring a cut-cell representation of terrain in a microscale model
Michael Herzog AMR in the atmosphere: structured versus unstructured grids
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