Angular Momentum in Geophysical Turbulence: Continuum Spatial Averaging Method by Victor N. NikolaevskiyAngular Momentum in Geophysical Turbulence: Continuum Spatial Averaging Method by Victor N. Nikolaevskiy

Angular Momentum in Geophysical Turbulence: Continuum Spatial Averaging Method

byVictor N. Nikolaevskiy

Paperback | December 1, 2010

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Turbulence theory is one of the most intriguing parts of fluid mechanics and many outstanding scientists have tried to apply their knowledge to the development of the theory and to offer useful recommendations for the solution of some practical problems. In this monograph the author attempts to integrate many specific approaches into the unified theory.
Title:Angular Momentum in Geophysical Turbulence: Continuum Spatial Averaging MethodFormat:PaperbackDimensions:254 pages, 9.61 × 6.69 × 0 inPublished:December 1, 2010Publisher:Springer NetherlandsLanguage:English

The following ISBNs are associated with this title:

ISBN - 10:9048164788

ISBN - 13:9789048164783

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Table of Contents

* Preface. Introduction. * 1: Angular Momentum In A Viscous Fluid. 1.1. Dynamics of viscous fluids. 1.2. Angular momentum in hydrodynamics (review). 1.3. Angular momentum of a fluid element. 1.4. Micro and macro-scales. * 2: Space Averaging And Macroequations. 2.1. Spatial averaging principles. 2.2. Chain of turbulence balance equations. 2.3. Angular momentum balance. 2.4. Evolution of moment of inertia. * 3: Turbulence As Open Thermodynamic System. 3.1. Energy and entropy balances. 3.2. Constitutive laws for turbulent fluids. 3.3. Kinetic analysis of turbulence. 3.4. Turbulent problem formulation.* 4: Turbulent Wakes In The Atmosphere. 4.1. Turbulent wake of a body. 4.2. Asymmetrical dynamics of a suspension. 4.3. Turbulence of heterogeneous fluids. 4.4. Turbulent flow with intermittency.* 5: Geophysical Turbulence. 5.1. Tornado as a localized phenomenon. 5.2. Ocean currents on the equator. 5.3. Global ocean circulation. 5.4. Towards the problem of a magnetic dynamo. * 6: Vortex Symmetry In Statistical Theory. 6.1. Homogeneity and symmetry concepts. 6.2. Tensorial moments of a velocity pulsation field. 6.3. Turbulence with reflection symmetry. 6.4. Turbulence with angular symmetry. * 7: Vector-Director Concept In Turbulence. 7.1. Dynamics equations. 7.2. Energy and constitutive laws. 7.3. Wind velocity profile at a ground surface. 7.4. Flows between plates.* 8: Literature. * 9: Index.