5 citations · 25 across the 11 of their papers we have counts for
11 papers
The Prandtl Plus Scaling Approximation for Turbulent Boundary Layer Flows
David W. Weyburne
Using the flow governing equation approach to similarity, Weyburne (D. Weyburne, arXiv:1701.02364, 2016) recently showed that for 2-D turbulent boundary layer flows, the Prandtl Pl…
Does the Outer Region of the Turbulent Boundary Layer Display Similar Behavior?
David Weyburne
Recent theoretical results together with established theory have identified the displacement thickness and the velocity at the boundary layer edge as similarity scaling parameter c…
Inner/Outer Ratio Similarity Scaling for 2-D Wall-bounded Turbulent Flows
David Weyburne
The turbulent boundary layer scaling parameters for the velocity profile are usually associated with either the inner viscous region or the outer boundary layer region. It has been…
New thickness and shape parameters for describing the thermal boundary layer
David Weyburne
New thickness and shape parameters for describing the thermal boundary layer formed by 2-D fluid flow along a heated (cooled) wall are presented. The parameters are based on probab…
The Description and Scaling Behavior for the Inner Region of the Boundary Layer for 2-D Wall-bounded Flows
David Weyburne
A second derivative-based moment method is proposed for describing the thickness and shape of the region where viscous forces are dominant in turbulent boundary layer flows. Rather…
The Prandtl Plus Scaling Failure and its Remedy
David Weyburne
The Prandtl Plus scaling parameters are reexamined theoretically. The flow governing equations approach is used to examine similarity issues of the inner region of wall-bounded tur…