The Advection Upstream Splitting Method (AUSM) is used to compute 2D inviscid hypersonic flow over a semi-cylinder on a finite volume framework. Solution reconstruction to achieve higher order accuracy is done using the MUSCL-type reconstruction technique with the Van Albada and Hemker-Koren limiter functions. The gas models under consideration are the perfect gas model and the high temperature equilibrium chemically reacting air model of Tannehill and Mugge. The performance of these limiters in computing hypersonic flows is analyzed and compared with the first order accurate method.Keywords:Hypersonic, shock, reconstruction, limite
The performance of Advection Upstream Splitting Method AUSM schemes are evaluated against experiment...
During last decades, upwind schemes have become a popular method in the field of computational fluid...
A stable , accurate amp; efficient implementation of MacCormack's algorithm for the inviscid limit o...
In order to overcome some difficulties observed in the computation of hypersonic flows, a robust, ac...
A comparative study of five upwind schemes was performed to evaluate their ability accurately model ...
The modified Advection Upstream Splitting Method, which has been described and investigated for 2D a...
A two-dimensional, axisymmetric, full Navier-Stokes solver has been developed with equilibrium and n...
This paper discusses some aspects of three dimensional13; supersonic and hypersonic inviscid blunt b...
The study is dedicated to the peculiarities of implementing the flux limiter of the flow quantity gr...
A class of high-resolution implicit total variation diminishing (TVD) type algorithms suitable for t...
The numerical solution of the two-dimensional inviscid Euler flow equations is given. The unstructur...
The recently developed second-order explicit and implicit total variation diminishing (TVD) shock-ca...
The development of a numerical procedure based on AUSM+-UP scheme using higher order accurate recons...
The use of a new splitting scheme, the advection upstream splitting method, for model aerodynamic pr...
A new scheme called AUSMAS (Advection Upstream Splitting Method for All Speeds) is proposed for both...
The performance of Advection Upstream Splitting Method AUSM schemes are evaluated against experiment...
During last decades, upwind schemes have become a popular method in the field of computational fluid...
A stable , accurate amp; efficient implementation of MacCormack's algorithm for the inviscid limit o...
In order to overcome some difficulties observed in the computation of hypersonic flows, a robust, ac...
A comparative study of five upwind schemes was performed to evaluate their ability accurately model ...
The modified Advection Upstream Splitting Method, which has been described and investigated for 2D a...
A two-dimensional, axisymmetric, full Navier-Stokes solver has been developed with equilibrium and n...
This paper discusses some aspects of three dimensional13; supersonic and hypersonic inviscid blunt b...
The study is dedicated to the peculiarities of implementing the flux limiter of the flow quantity gr...
A class of high-resolution implicit total variation diminishing (TVD) type algorithms suitable for t...
The numerical solution of the two-dimensional inviscid Euler flow equations is given. The unstructur...
The recently developed second-order explicit and implicit total variation diminishing (TVD) shock-ca...
The development of a numerical procedure based on AUSM+-UP scheme using higher order accurate recons...
The use of a new splitting scheme, the advection upstream splitting method, for model aerodynamic pr...
A new scheme called AUSMAS (Advection Upstream Splitting Method for All Speeds) is proposed for both...
The performance of Advection Upstream Splitting Method AUSM schemes are evaluated against experiment...
During last decades, upwind schemes have become a popular method in the field of computational fluid...
A stable , accurate amp; efficient implementation of MacCormack's algorithm for the inviscid limit o...