A procedure is presented for design of two-dimensional channels for compressible nonviscous flow. The method requires boundary conditions consisting of the shape of one channel surface and the velocity distribution on that surface. The process consists of the step-by-step computation of an arbitrary number of streamlines within the channel.NACA TN No. 1931."August 1949."Includes bibliographical references.A procedure is presented for design of two-dimensional channels for compressible nonviscous flow. The method requires boundary conditions consisting of the shape of one channel surface and the velocity distribution on that surface. The process consists of the step-by-step computation of an arbitrary number of streamlines within the channel...
A shape design problem for stationary, viscous, incompressible, two-dimensional channel flows is con...
Abstract: The article presents results of a numerical solution of subsonic and transonic flows descr...
summary:The work deals with numerical solution of unsteady flows in a 2D channel where one part of t...
Methods of solution by Green's function are developed for the design of two-dimensional unbranched c...
A technique is developed for the application of a channel design method to the design of high-solidi...
A general method of design is developed for two-dimensional unbranched channels with prescribed velo...
A technique is developed for the application of a channel design method to the design of high-solidi...
The computational procedure includes several ways of adjusting the prescribed velocity to satisfy th...
A technique is developed for the application of a channel design method to the design of high-solidi...
The basic idea of pressure based method to predict compressible flows solving the governing partial ...
This paper treats the two-dimensional flow of a compressible, non-viscous fluid throu @ blade system...
This report, in two volumes, describes the development of new and improved design procedures for two...
By the assumption that the pressure-volume relation is linear, a method is given for computing the a...
A detailed step-by-step computational outline is presented for the design of two-dimensional cascade...
The article presents results of a numerical solution of subsonic and transonic flows described by th...
A shape design problem for stationary, viscous, incompressible, two-dimensional channel flows is con...
Abstract: The article presents results of a numerical solution of subsonic and transonic flows descr...
summary:The work deals with numerical solution of unsteady flows in a 2D channel where one part of t...
Methods of solution by Green's function are developed for the design of two-dimensional unbranched c...
A technique is developed for the application of a channel design method to the design of high-solidi...
A general method of design is developed for two-dimensional unbranched channels with prescribed velo...
A technique is developed for the application of a channel design method to the design of high-solidi...
The computational procedure includes several ways of adjusting the prescribed velocity to satisfy th...
A technique is developed for the application of a channel design method to the design of high-solidi...
The basic idea of pressure based method to predict compressible flows solving the governing partial ...
This paper treats the two-dimensional flow of a compressible, non-viscous fluid throu @ blade system...
This report, in two volumes, describes the development of new and improved design procedures for two...
By the assumption that the pressure-volume relation is linear, a method is given for computing the a...
A detailed step-by-step computational outline is presented for the design of two-dimensional cascade...
The article presents results of a numerical solution of subsonic and transonic flows described by th...
A shape design problem for stationary, viscous, incompressible, two-dimensional channel flows is con...
Abstract: The article presents results of a numerical solution of subsonic and transonic flows descr...
summary:The work deals with numerical solution of unsteady flows in a 2D channel where one part of t...