Similarity solutions for moving wall, two dimensional, incompressible boundary layer equations are reviewed and extended with the objective of using them as a family of velocity profiles in an approximate nonsimilar integral technique. (Modified author abstract)."April 1974."Includes bibliographic references (pages 65-67).Similarity solutions for moving wall, two dimensional, incompressible boundary layer equations are reviewed and extended with the objective of using them as a family of velocity profiles in an approximate nonsimilar integral technique. (Modified author abstract).RDT & E Project no. ;Mode of access: Internet
AbstractWe study the boundary layer equationF‴ + R(FF″ − (F′)2) + β = 0subject to the conditions F(0...
Copyright © 2014 W. Robin. This is an open access article distributed under the Creative Commons Att...
This thesis is a computational analysis of the incompressible laminar boundary layer on a continuous...
The nonsimilar moving wall stagnation point solution derived by Rott has been redefined so as to sho...
An integral method for calculating the nonsimilar steady two-dimensional boundary-layer development ...
AbstractIn this paper, we present the idea of nonclassical similarity transformation, which takes in...
Abstract|In this paper, we present the idea of nonclassical similarity transformation, which takes i...
Two dimensional equations of steady motion for third order fluids are expressed in a special coordin...
The turbulent boundary layer momentum equation was solved by using similarity variables to transform...
The exact similarity solutions of two dimensional laminar boundary layer were obtained by Blasius in...
AbstractAnalytic solutions to similarity boundary layer equations are given for boundary layer flows...
Analysis is presented on the possible similarity solutions of the three-dimensional, laminar, incomp...
An accurate determination of friction velocity u ^ or, alterna-tively, of wall shear stress T „ = p...
In this thesis we apply similarity analysis to find possible similarity solutions for various flow p...
A similarity analysis of the boundary layer flow caused by the motion of a semi-infinite flat sulfac...
AbstractWe study the boundary layer equationF‴ + R(FF″ − (F′)2) + β = 0subject to the conditions F(0...
Copyright © 2014 W. Robin. This is an open access article distributed under the Creative Commons Att...
This thesis is a computational analysis of the incompressible laminar boundary layer on a continuous...
The nonsimilar moving wall stagnation point solution derived by Rott has been redefined so as to sho...
An integral method for calculating the nonsimilar steady two-dimensional boundary-layer development ...
AbstractIn this paper, we present the idea of nonclassical similarity transformation, which takes in...
Abstract|In this paper, we present the idea of nonclassical similarity transformation, which takes i...
Two dimensional equations of steady motion for third order fluids are expressed in a special coordin...
The turbulent boundary layer momentum equation was solved by using similarity variables to transform...
The exact similarity solutions of two dimensional laminar boundary layer were obtained by Blasius in...
AbstractAnalytic solutions to similarity boundary layer equations are given for boundary layer flows...
Analysis is presented on the possible similarity solutions of the three-dimensional, laminar, incomp...
An accurate determination of friction velocity u ^ or, alterna-tively, of wall shear stress T „ = p...
In this thesis we apply similarity analysis to find possible similarity solutions for various flow p...
A similarity analysis of the boundary layer flow caused by the motion of a semi-infinite flat sulfac...
AbstractWe study the boundary layer equationF‴ + R(FF″ − (F′)2) + β = 0subject to the conditions F(0...
Copyright © 2014 W. Robin. This is an open access article distributed under the Creative Commons Att...
This thesis is a computational analysis of the incompressible laminar boundary layer on a continuous...