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physics.flu-dyn2006
An expansion based on Reynolds number powers for the velocity field of elementary analytical flows
Gianluca Argentini
The paper describes a possible physical characterization for the definition of elementary fluid flow. As consequence, an analytical expansion based on Reynolds number powers for th…
physics.flu-dyn2006★ 1 cited
On the notion of laminar and weakly turbulent elementary fluid flows: a simple mathematical model
Gianluca Argentini
An elementary analytical fluid flow is composed by a geometric domain, a list of analytical constraints and by the function which depends on the physical properties, as Reynolds nu…
math.CA2006★ 4 cited
Exact solution of a differential problem in analytical fluid dynamics: use of Airy's functions
Gianluca Argentini
Treating a boundary value problem in analytical fluid dynamics, translation of 2D steady Navier-Stokes equations to ordinary differential form leads to a second order equation of R…