Etudes et évaluation de processus océaniques par des hiérarchies ...

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72 CHAPITRE 4. ETUDES DE PROCESSUS OCÉANOGRAPHIQUES 2000] Wirth: Parameterization of baroclinic instability 583 Roberts, M. and D. Marshall. 1998. Do we require adiabatic dissipation schemes in eddy-resolving ocean models? J. Phys. Oceanogr., 28, 2050–2063. Salmon, R. 1980. Baroclinicinstabilityand geostrophicturbulence.Geophys.Astrophys.Fluid Dyn., 15, 11–37. Smagorinsky, J. 1963. General circulation experiments with the primitive equations: I. The basic experiment. Mon. Wea. Rev., 91, 99–164. Straub, D. N. 1993. On the transport and angular momentum balance of channel models of the Antarctic Circumpolar Current. J. Phys. Oceanogr., 23, 776–782. Treguier,A. M. 1999. Evaluatingeddy mixing coefficientsfrom eddy-resolvingocean models:A case study. J. Mar. Res., 57, 89–108. Treguier,A. M., I. M. Held and V. D. Larichev. 1997. Parameterizationof quasi-geostrophiceddies in primitive equation ocean models. J. Phys. Oceanogr., 27, 567–580. Welander, P. 1973. Lateral friction in the ocean as an effect of potential vorticity mixing. Geophys. Fluid Dyn., 5, 173–189. tel-00545911, version 1 - 13 Dec 2010 Received: 3 January, 2000; revised: 8 May, 2000.
4.3. A NON-HYDROSTATIC FLAT-BOTTOM OCEAN MODEL ENTIRELY BASE ON FOURIER EX 4.3 A non-hydrostatic flat-bottom ocean model entirely base on Fourier expansion tel-00545911, version 1 - 13 Dec 2010
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Mémoire de Recherche présenté pa
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Table des matières I Etudes de pro
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Première partie tel-00545911, vers
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Chapitre 1 Avant-propos tel-0054591
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Chapitre 2 Comprendre la dynamique
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2.3. HIÉRARCHIE DE TYPES DE MODÈL
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2.3. HIÉRARCHIE DE TYPES DE MODÈL
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2.5. MA RECHERCHE DANS LE CONTEXTE
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2.5. MA RECHERCHE DANS LE CONTEXTE
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Chapitre 3 Dynamique océanique et
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3.1. LA CIRCULATION OCÉANIQUE À G
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3.1. LA CIRCULATION OCÉANIQUE À G
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4.6. ESTIMATION OF FRICTION PARAMET
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4.7. ON THE BASIC STRUCTURE OF OCEA
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4.8. ESTIMATION OF FRICTION LAWS AN
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4.9. ON THE NUMERICAL RESOLUTION OF
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Quatrième partie tel-00545911, ver
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175 tel-00545911, version 1 - 13 De
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177 Contents 1 Preface 5 tel-005459
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179 Chapter 1 Preface tel-00545911,
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181 Chapter 2 Observing the Ocean t
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183 Chapter 3 Physical properties o
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185 3.3. θ-S DIAGRAMS 11 3.3 θ-S
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187 3.6. HEAT CAPACITY 13 tel-00545
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189 3.7. CONSERVATIVE PROPERTIES 15
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191 Chapter 4 Surface fluxes, the f
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193 4.2. FRESH WATER FLUX 19 water.
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195 Chapter 5 Dynamics of the Ocean
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197 5.2. THE LINEARIZED ONE DIMENSI
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199 5.4. TWO DIMENSIONAL STATIONARY
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201 5.6. THE CORIOLIS FORCE 27 Whic
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203 5.8. GEOSTROPHIC EQUILIBRIUM 29
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205 5.10. LINEAR POTENTIAL VORTICIT
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207 5.13. A FEW WORDS ABOUT WAVES 3
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209 Chapter 6 Gyre Circulation tel-
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211 6.1. SVERDRUP DYNAMICS IN THE S
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213 6.2. THE EKMAN LAYER 39 In the
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215 6.3. SVERDRUP DYNAMICS IN THE S
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217 Chapter 7 Multi-Layer Ocean dyn
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219 7.3. GEOSTROPHY IN A MULTI-LAYE
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221 7.5. EDDIES, BAROCLINIC INSTABI
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223 Chapter 8 Equatorial Dynamics t
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225 Chapter 9 Abyssal and Overturni
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227 9.2. MULTIPLE EQUILIBRIA OF THE
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229 9.3. WHAT DRIVES THE THERMOHALI
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231 Chapter 10 Penetration of Surfa
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233 10.2. TURBULENT TRANSPORT 59 If
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235 10.5. ENTRAINMENT 61 instabilit
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237 Chapter 11 Solution of Exercise
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239 65 Exercise 32: The moment of i
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241 INDEX 67 Transport stream-funct
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Annexe A Attestation de reussite au
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Annexe B Rapports du jury et des ra
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251 utilisés avec pertinence. Sur
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