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Mathematics for the Fluid Earth
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Mathematics for the Fluid Earth

Author: Cambridge University

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© 2014

Description

The purpose of this programme is to bring together scientists from very different perspectives in models of the dynamics of the fluid components of the Earth system. This interest may be directly into the modelling, also numerical, or at a more abstract modelling level in terms of understanding the climate system as a complex dynamical system. This programme aims to prove that there is a close connection between “core” questions and problems of pure and applied mathematics and “core” questions of geophysical fluid dynamics relevant for the investigation of the climate system and of its component, and that these are closely linked to defining rigorously what is a good model for a complex system. The aim of the programme is to provide a common ground for fostering mutually stimulating and inspiring exchanges and for creating opportunities for future research.

Read more at http://www.newton.ac.uk/programmes/MFE/
91 Episodes
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Asymmetric inertial instability

Asymmetric inertial instability

2014-03-1701:09:23

Zeitlin, V (Laboratoire de Météorologie Dynamique (LMD-ENS)) Wednesday 11 December 2013, 11:00-12:00
Extremes as indicators of critical transitions

Extremes as indicators of critical transitions

2014-02-0301:02:20

Lucarini, V (Universität Hamburg) Thursday 19 December 2013, 10:00-11:00
Nonequilibrium statistical mechanics approach to turbulence

Nonequilibrium statistical mechanics approach to turbulence

2014-02-0301:09:00

Beck, C (Queen Mary, University of London) Wednesday 18 December 2013, 11:00-12:00
Extreme values for deterministic and random dynamical systems

Extreme values for deterministic and random dynamical systems

2014-02-0301:01:00

Freitas, JM (Centro de Matematica da Universidade do Porto) Wednesday 18 December 2013, 14:00-15:00
Predictability of extreme events in dynamical systems: A case study of the Lorenz 84 model

Predictability of extreme events in dynamical systems: A case study of the Lorenz 84 model

2014-02-0301:00:00

Bodai, T (University of Hamburg) Wednesday 18 December 2013, 10:00-11:00
On Time Integration and the Use of Clebsch Variables in Shallow Water Equations

On Time Integration and the Use of Clebsch Variables in Shallow Water Equations

2013-12-1747:54

Bokhove, O (University of Leeds) Friday 06 December 2013, 11:00-11:45
Large-scale tropical atmospheric dynamics: asymptotic nondivergence?

Large-scale tropical atmospheric dynamics: asymptotic nondivergence?

2013-12-1359:37

Yano, J-I (Meteo France) Tuesday 10 December 2013, 11:00-12:00
Rare events, negative measure dimensions and return time statistics

Rare events, negative measure dimensions and return time statistics

2013-12-1357:23

Mantica, G (Center for nonlinear and Complex Systems, Universita' dell'Insubria) Thursday 12 December 2013, 10:00-11:00
Monge-Ampère equations: geometry, invariants, and applications in 3D meteorological models

Monge-Ampère equations: geometry, invariants, and applications in 3D meteorological models

2013-12-1347:52

Rubtsov, V (Université d'Angers) Friday 06 December 2013, 11:45-12:30
Differential Geometry of the Semi-Geostrophic and Euler Equations

Differential Geometry of the Semi-Geostrophic and Euler Equations

2013-12-1344:00

Roulstone, I (University of Surrey) Friday 06 December 2013, 09:45-10:30
The Range of Planetary Circulations Described by the Dry Primitive Equations

The Range of Planetary Circulations Described by the Dry Primitive Equations

2013-12-1147:37

Vallis, G (University of Exeter) Friday 06 December 2013, 09:00-09:45
The semi-geostrophic system for large-scale atmospheric flows

The semi-geostrophic system for large-scale atmospheric flows

2013-12-1043:23

Pelloni, B (University of Reading) Thursday 05 December 2013, 16:00-16:45
Generalized Large Scale Semigeostrophic Equations: geometric structure and global well-posedness

Generalized Large Scale Semigeostrophic Equations: geometric structure and global well-posedness

2013-12-1049:07

Vasylkevych, S (Jacobs University Bremen) Thursday 05 December 2013, 14:45-15:30
Renormalized relaxed Lagrangian solutions for SG in physical space

Renormalized relaxed Lagrangian solutions for SG in physical space

2013-12-1054:07

Tudorascu, A (West Virginia University) Thursday 05 December 2013, 11:30-12:15
Balance relations for rotating fluid flow

Balance relations for rotating fluid flow

2013-12-1045:11

Oliver, M (Jacobs University Bremen) Thursday 05 December 2013, 14:00-14:45
Use of the semi-geostrophic model in understanding large-scale atmosphere and ocean flows

Use of the semi-geostrophic model in understanding large-scale atmosphere and ocean flows

2013-12-0901:03:00

Cullen, M (Met Office) Thursday 05 December 2013, 09:15-10:15
Lagrangian solutions for semigeostrophic system in physical space

Lagrangian solutions for semigeostrophic system in physical space

2013-12-0957:58

Feldman, M (University of Wisconsin-Madison) Thursday 05 December 2013, 10:15-11:00
Resonant phenomena in the wave dynamics in the presence of boundaries in GFD

Resonant phenomena in the wave dynamics in the presence of boundaries in GFD

2013-12-0948:09

Zeitlin, V (Laboratoire de Météorologie Dynamique (LMD-ENS)) Wednesday 04 December 2013, 16:00-16:45
The influence of fast waves and fluctuations on the evolution of three slow solutions of the Boussinesq equations

The influence of fast waves and fluctuations on the evolution of three slow solutions of the Boussinesq equations

2013-12-0950:24

Wingate, B (University of Exeter) Wednesday 04 December 2013, 14:45-15:30
Navier-Stokes equations on a rotating sphere

Navier-Stokes equations on a rotating sphere

2013-12-0944:13

Wirosoetisno, D (Durham University) Wednesday 04 December 2013, 14:00-14:45
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