The numerical solution of flow fields behind rectangular wings is described. Subjects discussed are: (1) evaluation of various differencing methods applied to the hyperbolic partial differential equations encountered in gas dynamics, (2) application of the numerical differencing techniques to the wedge flow, two dimensional shock reflection for the three dimensional finite thickness wing at zero degrees angle of attack, and (3) calculation of preliminary results for wedge flows using optimum differencing methods
Finite-difference methods for analysis of steady, inviscid supersonic flows are described, and their...
The aerodynamic characteristics of general three-dimensional rectangular wings are considered using ...
The aerodynamic characteristics of general three-dimensional rectangular wings are considered using ...
The calculation of the outer inviscid flow about a rectangular wing moving at supersonic speeds is r...
Numerical calculations were made of flow fields generated by various aerodynamic configurations. Dat...
Research in aerodynamics is discussed. The development of equilibrium air curve fits; computation of...
Analytical and empirical studies of a finite difference method for the solution of the transonic flo...
A numerical method for solving the parabolic approximation to the steady-state compressible Navier-S...
The report presents method and results of experiments in wind tunnel to determine aerodynamic charac...
The flow of a perfect gas over the slab portion of a blunted delta wing flying at hypersonic speeds ...
The unified small disturbance equations are numerically solved using the well-known Lax-Wendroff fin...
The solutions to the equations of motion for inviscid fluid flow around a pointed elliptic cone at i...
A numerical procedure was developed to compute the inviscid super/hypersonic flow fields about compl...
An experimental investigation of supersonic flow past double-wedge configurations was conducted. Ove...
A numerical technique is described for the calculation of three dimensional, inviscid, supersonic, s...
Finite-difference methods for analysis of steady, inviscid supersonic flows are described, and their...
The aerodynamic characteristics of general three-dimensional rectangular wings are considered using ...
The aerodynamic characteristics of general three-dimensional rectangular wings are considered using ...
The calculation of the outer inviscid flow about a rectangular wing moving at supersonic speeds is r...
Numerical calculations were made of flow fields generated by various aerodynamic configurations. Dat...
Research in aerodynamics is discussed. The development of equilibrium air curve fits; computation of...
Analytical and empirical studies of a finite difference method for the solution of the transonic flo...
A numerical method for solving the parabolic approximation to the steady-state compressible Navier-S...
The report presents method and results of experiments in wind tunnel to determine aerodynamic charac...
The flow of a perfect gas over the slab portion of a blunted delta wing flying at hypersonic speeds ...
The unified small disturbance equations are numerically solved using the well-known Lax-Wendroff fin...
The solutions to the equations of motion for inviscid fluid flow around a pointed elliptic cone at i...
A numerical procedure was developed to compute the inviscid super/hypersonic flow fields about compl...
An experimental investigation of supersonic flow past double-wedge configurations was conducted. Ove...
A numerical technique is described for the calculation of three dimensional, inviscid, supersonic, s...
Finite-difference methods for analysis of steady, inviscid supersonic flows are described, and their...
The aerodynamic characteristics of general three-dimensional rectangular wings are considered using ...
The aerodynamic characteristics of general three-dimensional rectangular wings are considered using ...