A Model for Laminar Boundary-Layer Flow Near a Separation Point

Level of Turbulence Intensity Associated with Bluff-Body Separation for Large Values of the Reynolds Number

“…Note the following three restrictions that lead to the specific form of the expansion (21), where consistency will be shown later: (i) eigensolutions that are due to matching with the flow quantities in the transitionalflow region have been omitted as they do not affect the main results of the subsequent analysis; (ii) it anticipates the relationship…”

“…The idea behind the last assumption becomes clear immediately by inspection of the accordingly expanded BL equation 18, subject to the boundary conditions (12). Substituting the expansion (21) into Eqs. (18) and (12) then yields, after integration with respect to Y + by taking into account the scalings given by Eqs.…”

The effect of viscosity on the free stream in transonic flow over a corner point

“…The pressure gradient here also increases without limit in accordance with a power law (but a different one) with a coefficient which depends on the constant d . If d 1, the boundary layer in front of the corner point in the first approximation remains linear (Blasius), [9][10][11] exactly the same as in the free stream. If d = O(1), then, due to the action of the pressure gradient its own boundary layer is generated with an Ackerberg-type velocity profile.…”

Origins, analysis, numerical analysis, and numerical approximation of a forward-backward parabolic problem

“…It would be interesting to establish the convergence of the [7] iterations. See also [31,[41][42][43][44][45].…”