A method of calculating the performance of a hypersonic air intake has been developed. The method is based on the equilibrium flow of a calorically imperfect gas. It is applicable to both axisymmetric and two-dimensional surfaces, the shape of which can be specified by a sixth order polynomial. The method is applicable to both blunt and sharp leading edges. Boundary layer calculations are included. [...
An approximate solution technique was developed for 3-D inviscid, hypersonic flows. The method emplo...
According to classical gas dynamic theory, if a steady supersonic parallel flow encounters a sudden ...
According to classical gas dynamic theory, if a steady supersonic parallel flow encounters a sudden ...
This paper is devoted to predict laminar and turbulent heating rates around blunt re-entry spacecraf...
In order to eliminate or minimize the numerical error by shock waves due to grid distribution in mul...
An attempt is made to show that the results of Stollery et al. (1971) can be obtained in closed form...
An attempt is made to show that the results of Stollery et al. (1971) can be obtained in closed form...
Christopher J. Riley: An Engineering Method for Interactive Inviscid-Boundary Layers in Three-Dimens...
A stable , accurate amp; efficient implementation of MacCormack's algorithm for the inviscid limit o...
Supersonic flow around the system of bodies (lattice wings, a wing near the shielding surface, blade...
A method of successive approximations to the ideal flow around airfoils at high supersonic Mach numb...
Abstract:- The work to be presented herein is a Computational Fluid Dynamics analysis of flow over a...
Abstract – An engineering method has been developed for the prediction of aerodynamic heating of hyp...
The work focuses to develop a new numerical calculation program for determining the gas effect at hi...
For supersonic flow of an ideal gas over planar and axisymmetric bodies we consider the transonic re...
An approximate solution technique was developed for 3-D inviscid, hypersonic flows. The method emplo...
According to classical gas dynamic theory, if a steady supersonic parallel flow encounters a sudden ...
According to classical gas dynamic theory, if a steady supersonic parallel flow encounters a sudden ...
This paper is devoted to predict laminar and turbulent heating rates around blunt re-entry spacecraf...
In order to eliminate or minimize the numerical error by shock waves due to grid distribution in mul...
An attempt is made to show that the results of Stollery et al. (1971) can be obtained in closed form...
An attempt is made to show that the results of Stollery et al. (1971) can be obtained in closed form...
Christopher J. Riley: An Engineering Method for Interactive Inviscid-Boundary Layers in Three-Dimens...
A stable , accurate amp; efficient implementation of MacCormack's algorithm for the inviscid limit o...
Supersonic flow around the system of bodies (lattice wings, a wing near the shielding surface, blade...
A method of successive approximations to the ideal flow around airfoils at high supersonic Mach numb...
Abstract:- The work to be presented herein is a Computational Fluid Dynamics analysis of flow over a...
Abstract – An engineering method has been developed for the prediction of aerodynamic heating of hyp...
The work focuses to develop a new numerical calculation program for determining the gas effect at hi...
For supersonic flow of an ideal gas over planar and axisymmetric bodies we consider the transonic re...
An approximate solution technique was developed for 3-D inviscid, hypersonic flows. The method emplo...
According to classical gas dynamic theory, if a steady supersonic parallel flow encounters a sudden ...
According to classical gas dynamic theory, if a steady supersonic parallel flow encounters a sudden ...