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SS63: Theoretical and numerical aspects of mathematical geophysical dynamics

Organizer(s):
Name:	Affiliation:	Country:
Olga Rozanova	Moscow State University	Russia
Alina Chertock	North Carolina State University	USA
Alexander Kurganov	Southern University of Science and Technology, China and Tulane University, USA	Peoples Rep of China
Jui-Ling Yu	Providence University	Taiwan

Abstract:
This special session is devoted to various aspects of the nonlinear dynamics of fluid or gas over plane or curved surface in the presence of the Coriolis force. In particular, we are interested in a vortex motion of different scale: nonlinear stability of atmospheric and oceanic eddies, their trajectories, the interaction with the land, the conditions of formation in the context of the study of tropical cyclones. Special attention is paid to the problems connected with the shallow water equations over the bottom topography of a complex configuration, multi-layer media, and modeling of interfaces of water and air. We focus both on the theoretical results in the field and on numerical simulations

List of approved abstract
Name	Affiliation	Title
Hisao H Fujita Yashima	Ecole Normale Sup`erieure Assia Djebar de Constantine	A mathematicam model of the evolution of a typhoon based on the trajectories of the wind
Alexander Kurganov	Southern University of Science and Technology, China and Tulane University, USA	Well-Balanced Schemes via Conservative Formulation Using Global Fluxes
Xin Liu	Southern University of Science and Technology	Well-Balanced Positivity Preserving Central-Upwind Scheme with a Novel Wet/Dry Reconstruction on Triangular Grids for the Saint-Venant System
Olga Rozanova	Moscow State University	Nonlinear stability of gas cloud in the Earth atmosphere
SHIH-HAO SU	Chinese Culture University	Qualitative precipitation prediction: Past, Present, and Future
Vladimir Zeitlin	Sorbonne University	Understanding dynamics of equatorial atmosphere with moist-convective rotating shallow water model