SCHEDULE
Monday August 12
8:45-9:15	REGISTRATION
9:15-9:30	WELCOME
9:30-10:00	Terry Davies, Met Office, Bracknell, UK Three dimensional test problems for global atmospheric models
10:00-10:30	Thomas Heinze, Technische Universitaet Muenchen A close look to test case 5
10:30-11:00	*COFFEE BREAK*
11:00-11:30	Christiane Jablonowski, University of Michigan New idealized test cases for dynamical cores
11:30-12:00	L.M. Polvani, Princeton University and R.K. Scott, Columbia University An initial-value test case for dynamical cores of atmospheric general circulation models
12:00-2:00	*LUNCH BREAK*
2:00-2:30	Nigel Wood, Met Office, J. Coté, Meteorological Service of Canada, Andrew Staniforth A framework for the analysis of physics-dynamics coupling strategies
2:30-3:00	Janusz Pudykiewicz, Meteorological Service of Canada Numerical simulation of reactive flow in spherical geometry
3:00-3:30	*AFTERNOON TEA*
3:30-4:00	Masaki Satoh, Frontier Research System for Global Change/Saitama Institute of Technology, Japan Conservative scheme for a non-hydrostatic climate model
4:00-4:30	Hirofumi Tomita, Masaki Satoh, and Koji Goto,Frontier Research System for Global Change Development of global non-hydrostatic model using icosahedral grid
4:30-6:30	*RECEPTION*
Tuesday August 13
9:00 - 9:30	Luca Bonaventura, Max Planck Institute for Meteorology Hamburg Project for the development of a nonhydrostatic dynamical core for climate and NWP simulation
9:30-10:00	Todd D. Ringler, Colorado State University and David A. Randall, Colorado State University Impact of an Energy Conserving Scheme in the CSU Geodesic-Grid AGCM
10:00-10:30	Motohiko Tsugawa, Yukio Tanaka and Seong Young Yoon, Frontier Research System for Global Change Development of a Global Ocean Model on Quasi-Homogeneous Cubic Grid
10:30-11:00	*COFFEE BREAK*
11:00-11:30	Steve Thomas, Rich Loft and John Dennis, National Center for Atmospheric Research Henry Tufo and Paul Fischer, Argonne National Laboratory An overlapping additive Schwarz preconditioner for the cubed-sphere
11:30-12:00	Francis X. Giraldo, Naval Research Laboratory and Thomas E. Rosmond A Scalable Spectral Element Eulerian Atmospheric Model (SEE-AM): Dynamical Core Tests
12:00-2:00	*LUNCH BREAK*
2:00-2:30	John P. Boyd, Unversity of Michigan A Comparison of the Rate of Convergence, Efficiency and Condition Number of Chebyshev and Legendre Polynomial Series with Prolate Spheroidal, Kosloff/Tal-Ezer and Theta-Mapped Fourier Basis Sets
2:30-3:00	Reiji Suda, Nagoya University Fast spherical harmonics transform of FLTSS and its evaluation
3:00-3:30	*AFTERNOON TEA*
3:30-4:00	Paul N. Swarztrauber, NCAR and William F. Spotz, Sandia Corporation Spherical harmonic projectors
Wednesday August 14
9:00 - 9:30	Anita Layton, University of North Carolina and William F. Spotz, Sandia Corporation A Semi-Lagrangian Double Fourier Method for the Shallow Water Equations
9:30-10:00	John Drake and Daniel Guo Smooth Grid Transformations with Spectral Methods for the Shallow Water Equations
10:00-10:30	Jorn Behrens, Munich University of Technology Achieving Mass Conservation in Adaptive Semi-Lagrangian Advection Schemes
10:30-11:00	*COFFEE BREAK*
11:00-11:30	Takayuki Aoki, Tokyo Institute of Technology and Hiroshi Yoshida, Tokyo Institute of Technology Shallow water equations in spherical geometry solved by a high-accurate IDO scheme and overset grid
11:30-12:00	Eigil Kaas, Danish Meteorological Institute and Bennert Machenhauer An accurate cell-integrated semi Lagrangian and semi-implicit scheme based on step-functions
12:00-2:00	*LUNCH BREAK*
2:00-2:30	Oswald Knoth, Institute for Tropospheric Research and Detlef Hinneburg, Institute for Tropospheric Research A nonhydrostatic anelastic model with a cut cell approach and implicit time stepping
2:30-3:00	M. Shoucri, Institut de Recherche Hydro-Québec (IREQ), A. Qaddouri, Meteorological Service of Canada and J. Coté, Meteorological Service of Canada A fractional steps method for the numerical solution of the shallow water equations
3:00-3:30	*AFTERNOON TEA*
3:30-4:00	Abdessamad Qaddouri, Meteorological Service of Canada and Jean Côté, Meteorological Service of Canada Parallel Elliptic Solvers for the GEM Model
4:00-4:30	A. Fournier, University of Maryland, G. Beylkin, University of Colorado, V. Cheruvu, University of Colorado, S. Sumetkijakan, University of Maryland Multiresolution Adaptive Spectral Elements: Application to shallow-water flow on the sphere
Thursday August 15
9:00 - 9:30	Joseph M. Prusa, Iowa State University and Piotr K. Smolarkiewicz, National Center for Atmospheric Research Continuous Dynamic Grid Adaptation in a Global Atmospheric Model
9:30-10:00	K.S. Yeh, NASA Goddard Space Flight Center, M. Fox-Rabinovitz and S.J. Lin A Variable-Resolution Finite-Volume General Circulation Model
10:00-10:30	Elisabetta Cordero, Met Office Normal mode analysis of the ``New Dynamics'' discretisation employed at the Met Office
10:30-11:00	*COFFEE BREAK*
11:00-11:30	Agathe Untch and Mariano Hortal (ECMWF) Tests with cubic spline interpolation in the vertical advection of the ECMWF semi-Lagrangian model in connection with a cubic finite-element discretization in the verticals
11:30-12:00	Francis X. Giraldo, Naval Research Laboratory A Spectral Element Semi-Lagrangian Atmospheric Model (SESLAM)
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THEMATIC PROGRAMS

Numerical and Computational Challenges in Science and Engineering

The 2002 Workshop on The Solution of Partial Differential Equations on the Sphere

August 12 - 15, 2002 The Fields Institute, Second Floor

Organizers: John Drake (ORNL), Paul Swarztrauber (NCAR), Ken Jackson (University of Toronto), David Williamson (NCAR)

August 12 - 15, 2002
The Fields Institute, Second Floor

Organizers:
John Drake (ORNL), Paul Swarztrauber (NCAR), Ken Jackson (University of Toronto), David Williamson (NCAR)