Summary
In this note we first describe Eckart’s formulation of the fluidodynamics of oceans and atmosphere. We then analyse the mathematical structure of the problem and show that there is a unique solution of the evolution equations for a system with rigid boundary or without any boundary. We then describe a constructive method to determine the solutions.
Riassunto
Si descrive la formulazione suggerita da Eckart per studiare la fluidodinamica di oceani ed atmosfere. Poi si studia la struttura matematica del problema e l’esistenza e l’unicità delle soluzioni per il problema di evoluzione di sistemi a contorni rigidi_— o senza contorni, del tutto. Si descrive anche un metodo costruttivo per arrivare alle soluzioni.
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References
C. Eckart:Hydrodynamics of Oceans and Atmospheres (London, 1960).
N. Dunford andJ. T. Schwartz:Linear Operators, Part I (New York, N. Y., 1958).
T. Kato:Perturbation Theory for Linear Operators (Berlin, 1966).
V. J. Sobolev:Application of Functional Analysis in Mathematical Physics (Providence, R. I., 1963).
G. F. Roach:Green's Functions, Chap. 9 (London, 1970).
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Research supported by C.N.R.
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Pulvirenti, M., Tirozzi, B. & Salusti, E. On Eckart’s approach to the hydrodynamic evolution of oceans and atmosphere. Nuov Cim B 25, 295–307 (1975). https://doi.org/10.1007/BF02737680
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DOI: https://doi.org/10.1007/BF02737680