2002, ISBN: 9781402001031

2002 Hardcover 392 S. 24,6 x 15,2 x 2,3 cm Zustand: gebraucht - sehr gut, This book develops a new mathematical approach for modelling multicomponent gas turbulence that adequately descri… More...

2002 Hardcover 392 S. 24,6 x 15,2 x 2,3 cm Zustand: gebraucht - sehr gut, This book develops a new mathematical approach for modelling multicomponent gas turbulence that adequately describes the combined processes of dynamics and heat and mass transfer when chemical kinetics and turbulent mixing are equally important. The developed models include the evolutionary transfer equations for the single-point second correlation moments of turbulent fluctuations of thermohydrodynamical parameters. The phenomenological approach to the closure problem in hydrodynamic equations of mean motion at the level of the first order moments is based on the thermodynamics of irreversible processes and enables defining relationships in a more general form as compared to those conventionally deduced using the mixing path concept. Based on the developed approach, turbulent exchange factors for a planetary upper atmosphere are evaluated, and a turbulent model of a protoplanetary accretion gas-dust disk involving heat and mass transfer and coagulation is also considered. Versand D: 6,99 EUR This book develops a new mathematical approach for modelling multicomponent gas turbulence that adequately describes the combined processes of dynamics and heat and mass transfer when chemical kinetics and turbulent mixing are equally important. The developed models include the evolutionary transfer equations for the single-point second correlation moments of turbulent fluctuations of thermohydrodynamical parameters. The phenomenological approach to the closure problem in hydrodynamic equations of mean motion at the level of the first order moments is based on the thermodynamics of irreversible processes and enables defining relationships in a more general form as compared to those conventionally deduced using the mixing path concept. Based on the developed approach, turbulent exchange factors for a planetary upper atmosphere are evaluated, and a turbulent model of a protoplanetary accretion gas-dust disk involving heat and mass transfer and coagulation is also considered., [PU:Springer]<

2002, ISBN: 9781402001031

[ED: Hardcover], [PU: Springer], This book develops a new mathematical approach for modelling multicomponent gas turbulence that adequately describes the combined processes of dynamics an… More...

[ED: Hardcover], [PU: Springer], This book develops a new mathematical approach for modelling multicomponent gas turbulence that adequately describes the combined processes of dynamics and heat and mass transfer when chemical kinetics and turbulent mixing are equally important. The developed models include the evolutionary transfer equations for the single-point second correlation moments of turbulent fluctuations of thermohydrodynamical parameters. The phenomenological approach to the closure problem in hydrodynamic equations of mean motion at the level of the first order moments is based on the thermodynamics of irreversible processes and enables defining relationships in a more general form as compared to those conventionally deduced using the mixing path concept. Based on the developed approach, turbulent exchange factors for a planetary upper atmosphere are evaluated, and a turbulent model of a protoplanetary accretion gas-dust disk involving heat and mass transfer and coagulation is also considered., DE, [SC: 6.95], leichte Gebrauchsspuren, gewerbliches Angebot, 24,6 x 15,2 x 2,3 cm, 392, [GW: 2000g], 2002, Banküberweisung, PayPal, Offene Rechnung (Vorkasse vorbehalten), Internationaler Versand<

2002, ISBN: 9781402001031

2002 Hardcover 392 S. 24,6 x 15,2 x 2,3 cm Zustand: gebraucht - sehr gut, This book develops a new mathematical approach for modelling multicomponent gas turbulence that adequately descri… More...

2002 Hardcover 392 S. 24,6 x 15,2 x 2,3 cm Zustand: gebraucht - sehr gut, This book develops a new mathematical approach for modelling multicomponent gas turbulence that adequately describes the combined processes of dynamics and heat and mass transfer when chemical kinetics and turbulent mixing are equally important. The developed models include the evolutionary transfer equations for the single-point second correlation moments of turbulent fluctuations of thermohydrodynamical parameters. The phenomenological approach to the closure problem in hydrodynamic equations of mean motion at the level of the first order moments is based on the thermodynamics of irreversible processes and enables defining relationships in a more general form as compared to those conventionally deduced using the mixing path concept. Based on the developed approach, turbulent exchange factors for a planetary upper atmosphere are evaluated, and a turbulent model of a protoplanetary accretion gas-dust disk involving heat and mass transfer and coagulation is also considered. Versand D: 6,99 EUR 0, [PU:Springer]<