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How buoyancy-driven circulations shape momentum transport within the convective boundary layer: insights from Doppler lidar

Nuijens L, Neto JD.
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Boundary-layer effects in liquid-layer flows

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Boundary-Layer Separation in Unsteady Flow

SIAM Journal on Applied Mathematics, 1975
Extension of the familiar concept of boundary-layer separation to flow along moving walls and unsteady flows is a subject that attracted some interest in the 1950’s and has been investigated further in the past few years. The well-known criterion of vanishing wall-shear does not apply in such flows, and therefore the definition of the phenomenon ...
Sears, W. R., Telionis, D. P.
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Boundary Layer Flow

1992
Traditionally it has been useful to consider boundary layer flow as a separate category (Table 11.4 and Sect. 11.4). From a computational perspective it is convenient to classify boundary layer flow as a flow for which viscous diffusion is significant only in directions normal to the surface on which the boundary layer occurs (Fig.
Karkenahalli Srinivas, Clive A. J. Fletcher   +1 more
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Boundary—Layer Equations in Plane Flow; Plate Boundary Layer

2000
We now wish to treat flows with very small viscosity or very high Reynolds numbers. An important contribution to the science of fluid motion was made in 1904 by L. Prandtl (1904). Prandtl showed the manner in which the viscosity has its effect for high Reynolds number flows and how the Navier–Stokes differential equations can be simplified to yield ...
Hermann Schlichting, Klaus Gersten
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