Předmět Flow in Atmospheric Boundary Layer (ZVX17E)
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Materiály tohoto předmětu
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Další informace
Osnova
PřednáškaIntroduction, main characteristics of the atmosphereInvestigation of the atmosphereMain characteristics of the turbulent flow, examplesCharacteristics of the turbulent flowDescription f the flow, dynamical systems, Lorenz model of the atmosphereStatistical description, mean value, Reynolds conditions, Keller-Friedmann equations, closure problemFlow in the rotating coordinate systemAtmospheric boundary layerSemi-empirical theories of turbulence - integral and algebraic modelsOne -equation models of turbulence, n-equations models of turbulenceBoundary value, aproximative methods; Gaussian modelNew approaches of description of turbulenceCvičeníFunction, continuous fictionDerivative, integralVectors, tensorsn-dimensional functions, derivative, integralsNavier-Stokes equationsNavier-Stokes equationsEquations in the rotating coordinate systemEkman spiralReynolds conditions applicationRecapitulation
Získané způsobilosti
Znalosti:Main characteristics of the atmosphere and the atmospheric boundary layer. Main attributes of the turbulent flow, flow in the rotated coordinate system. Some methods of mathematical and physical modelling.Dovednosti:The graduates asses an problem of the flow and diffusion in the atmosphere, propose diagnostic, or prognostic method for the solution of the problemKompetence - komunikace:The graduates are able to solve some tasks individually, more complex ones in a team.Kompetence - úsudek:The graduates are able of active and initiative solution of problems. They are able to utilize their experiences and other information sources and their results to present.
Literatura
ZákladníSTULL, R. B., 1988 An Introduction to Boundary Layer Meteorology. Series Atmospheric and Oceanographic Sciences Library , Vol. 13. 1988.TENNEKES, H., LUMLEY, J. L., 1972 A First Course in Turbulence, The MIT Press.DoporučenáKAIMAL, J. C., FINNIGAN, J. J., 1994 Atmospheric Boundary Layer Flows Their Structure and Measurement. Oxford University Press.PANOFSKY, H. A., DUTTON, J. A., 1984 Atmospheric turbulence, John Wiley and sons.BAKLANOV, A., GRISOGONO, B., 2007 Atmospheric Boundary Layers Nature, Theory, and Application to Environmental Modelling and Security. Springer Science + Bussines Media.
Požadavky
mathematics III
Garant
prof. RNDr. Zbyněk Jaňour, DrSc.