The equations of motion and their numerical solutions I by Nils Wedi (2006) contributions by Mike Cullen and Piotr Smolarkiewicz.
ECMWF Governing Equations 2 Slide 1 Governing Equations II: classical approximations and other systems of equations Thanks to Clive Temperton, Mike Cullen.
ECMWF Governing Equations 1 Slide 1 Governing Equations I: reference equations at the scale of the continuum by Sylvie Malardel (room 10a; ext. 2414) after.
ECMWF Governing Equations 3 Slide 1 Governing Equations III Thanks to Piotr Smolarkiewicz by Nils Wedi (room 007; ext. 2657)
ECMWF Governing Equations 5 Slide 1 Governing Equations V Thanks to Piotr Smolarkiewicz and Peter Bechtold by Nils Wedi (room 007; ext. 2657)
ECMWF Governing Equations 4 Slide 1 Governing Equations IV Thanks to Piotr Smolarkiewicz, Glen Shutts and Peter Bechtold by Nils Wedi (room 007; ext. 2657)
McGill AOS 19/01/20151 Recent progress in modelling solar radiative variability on centennial timescales Paul Charbonneau Département de Physique, Université.
HAO 07/20141 Double cycles and instabilities in EULAG- MHD simulations of solar convection Paul Charbonneau Département de Physique, Université de Montréal.
Modeling orographic flows on unstructured meshes
Magnetism and the solar cycle 3D MHD simulations of solar-like cycles Solar and non-solar features
CAP annual meeting, 7 June 2010 Magnetic cycles in global MHD simulations of solar convection Paul Charbonneau Département de Physique, Université de Montréal.