An efficient procedure for solving the fully linearized form of the boundary-layer equations is described for turbulent flows. The procedure makes use of the so-called bordering algorithm and is applicable to problems in which the structure of the linearized system of equations deviates from the block triagonal matrix form which may be caused by boundary conditions
Permission for this item cannot be attained from the publisher and therefore the item must remain un...
A method is described of estimating the location of transition in an arbitrary laminar boundary laye...
The governing equations for compressible three-dimensional turbulent boundary layers in a general co...
We propose a simple and efficient method for solving highly nonlinear systems of boundary layer flow...
A method for the numerical solution of differential equations of the boundary-layer type is presente...
The accuracy of numerical solutions for the incompressible turbulent boundary layer past a flat plat...
Includes bibliographical referencesA new coordinate and variable transformation for the two-dimensio...
Finite-difference procedures to solve boundary layer flows in fluid mechanics are explained. The gov...
Linearized boundary conditions are a common numerical tool in any flow problems where the solid wall...
The calculation of the turbulent boundary layer is performed when a steady flow of a viscous fluid ...
This article investigates the problem of obtaining a state-space model of the disturbance evolution ...
The Lam and Rott theory of linearized unsteady boundary layers is revisited, and some new results ar...
We assume that the Navier-Stokes equations along with the continuity and energy equations govern the...
Computer program predicts growth of boundary layers along any surface where air is flowing. Two inte...
An analysis of the incompressible turbulent boundary layer, developing under the combined effects of...
Permission for this item cannot be attained from the publisher and therefore the item must remain un...
A method is described of estimating the location of transition in an arbitrary laminar boundary laye...
The governing equations for compressible three-dimensional turbulent boundary layers in a general co...
We propose a simple and efficient method for solving highly nonlinear systems of boundary layer flow...
A method for the numerical solution of differential equations of the boundary-layer type is presente...
The accuracy of numerical solutions for the incompressible turbulent boundary layer past a flat plat...
Includes bibliographical referencesA new coordinate and variable transformation for the two-dimensio...
Finite-difference procedures to solve boundary layer flows in fluid mechanics are explained. The gov...
Linearized boundary conditions are a common numerical tool in any flow problems where the solid wall...
The calculation of the turbulent boundary layer is performed when a steady flow of a viscous fluid ...
This article investigates the problem of obtaining a state-space model of the disturbance evolution ...
The Lam and Rott theory of linearized unsteady boundary layers is revisited, and some new results ar...
We assume that the Navier-Stokes equations along with the continuity and energy equations govern the...
Computer program predicts growth of boundary layers along any surface where air is flowing. Two inte...
An analysis of the incompressible turbulent boundary layer, developing under the combined effects of...
Permission for this item cannot be attained from the publisher and therefore the item must remain un...
A method is described of estimating the location of transition in an arbitrary laminar boundary laye...
The governing equations for compressible three-dimensional turbulent boundary layers in a general co...