Titlebook: Drop Heating and Evaporation: Analytical Solutions in Curvilinear Coordinate Systems; Gianpietro Elvio Cossali,Simona Tonini Book 2021 Spr

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The Epidemiology of Parasitic Diseases in ,number of unknown functions was far larger than that of the equations. To allow the closure of the problem some quantities need to be related to others and to the properties of matter, and these are the diffusive mass fluxes, ., the deviatoric stress tensor, ., the internal energy per unity of mass,

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M. Mackauer,R. Sequeira,M. Otton that the coordinate system was a Cartesian one. In practical problems it is sometime useful to switch to more . coordinate systems, where the actual form of the differential equations may be simplified, thanks to some symmetry properties of the problem. For example, when dealing with the heating a

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https://doi.org/10.1007/978-3-642-60725-7ons developed in the previous chapters of this part of the book. However, when analytical tools are to be used to find solutions to such equations, some simplifying assumptions must be adopted to transform the governing equation to a more manageable form. In this chapter we will analyse the most com

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Ausbildungsziel: Systemkompetenzver the drop surface, the whole problem simplifies when proper coordinate systems are used and one-dimensional solutions of the conservation equations can be found. When the drop assumes different shapes, or the boundary conditions are not uniform, two- or three-dimensional solutions appear, even us

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Testing, Testability, Tester, and Testboard fuels (Diesel, gasoline or even biofuels) are blend of a large number of different hydrocarbons [.]. In those cases the species may have quite different volatilities and diffusivities as well as other thermo-physical characteristics and this may strongly influence the rates of heating and vaporisat