"Theoretical pressure distributions on nonlifting circular-arc airfoils in two-dimensional flows with high subsonic free-stream velocity are found by determining approximate solutions, through an iteration process, of an integral equation for transonic flow proposed by Oswatitsch. The integral equation stems directly from the small-disturbance theory for transonic flow. This method of analysis possesses the advantage of remaining in the physical, rather than the hodograph, variable and can be applied in airfoils having curved surfaces" (p. 1)
"Proceeding from the thesis by W. Kinner the present report treats the problem of the circular airfo...
Theoretical pressure distributions on nonlifting circular-arc airfoils in two-dimensional flows with...
The general problem of aerodynamics is the determination of the forces and moments imposed on a stat...
Theoretical pressure distributions on nonlifting circular-arc airfoils in two-dimensional flows with...
A method is presented for the approximate solution of the nonlinear equations of transonic flow theo...
A method is presented for the approximate solution of the nonlinear equations transonic flow theory....
Solutions of steady transonic flow past a two-dimensional airfoil are obtained from a singular integ...
This report concerns the problem of constructing solutions for transonic flows over symmetric airfoi...
Transonic flow about symmetric, non-lifting airfoils is treated by solving an approximate linear dif...
The problem of the oscillating lifting surface of finite span in subsonic compressible flow is reduc...
As part of an investigation of flows around and forces on an oscillating finite wing in subsonic com...
An effective method, based on hodograph theory, has been developed for the aerodynamic design of sub...
Approximate solutions of the nonlinear equations of the small disturbance theory of transonic flow a...
A theory is presented for the calculation of the pressure distribution and lift for arbitrary thick ...
Sonic flow past a non-lifting, slender body of revolution is investigated by the use of small distur...
"Proceeding from the thesis by W. Kinner the present report treats the problem of the circular airfo...
Theoretical pressure distributions on nonlifting circular-arc airfoils in two-dimensional flows with...
The general problem of aerodynamics is the determination of the forces and moments imposed on a stat...
Theoretical pressure distributions on nonlifting circular-arc airfoils in two-dimensional flows with...
A method is presented for the approximate solution of the nonlinear equations of transonic flow theo...
A method is presented for the approximate solution of the nonlinear equations transonic flow theory....
Solutions of steady transonic flow past a two-dimensional airfoil are obtained from a singular integ...
This report concerns the problem of constructing solutions for transonic flows over symmetric airfoi...
Transonic flow about symmetric, non-lifting airfoils is treated by solving an approximate linear dif...
The problem of the oscillating lifting surface of finite span in subsonic compressible flow is reduc...
As part of an investigation of flows around and forces on an oscillating finite wing in subsonic com...
An effective method, based on hodograph theory, has been developed for the aerodynamic design of sub...
Approximate solutions of the nonlinear equations of the small disturbance theory of transonic flow a...
A theory is presented for the calculation of the pressure distribution and lift for arbitrary thick ...
Sonic flow past a non-lifting, slender body of revolution is investigated by the use of small distur...
"Proceeding from the thesis by W. Kinner the present report treats the problem of the circular airfo...
Theoretical pressure distributions on nonlifting circular-arc airfoils in two-dimensional flows with...
The general problem of aerodynamics is the determination of the forces and moments imposed on a stat...