An unstructured, shock-fitting algorithm, originally developed to simulate Eulerian flows, has being further developed to make it capable of dealing with shock/boundary-layer interactions. This paper illustrates the algorithmic features of this technique and the results achieved in the computation of hypersonic flows past compression ramps
A novel, unstructured, shock-fitting algorithm capable of simulating steady flows has being further ...
A novel, unstructured, shock-fitting algorithm capable of simulating steady flows has being further ...
A new floating Shock-Fitting technique featuring the explicit computation of shocks by means of the ...
An unstructured, shock-fitting algorithm, originally developed to simulate Eulerian flows, has being...
An unstructured, shock-fitting algorithm, originally developed to simulate Eulerian flows, has being...
The unstructured shock-fitting algorithm originally proposed in Ref. [3] has been further developed ...
The unstructured shock-fitting algorithm originally proposed in Ref. [3] has been further developed ...
An unstructured, shock-fitting algorithm, originally developed to simulate inviscid flows, has been ...
A new floating shock-fitting technique featuring the explicit computation of shocks by means of the...
A novel, unstructured, shock-fitting algorithm capable of simulating unsteady flows has recently bei...
A new shock-fitting technique has been recently proposed and implemented by the authors in conjunct...
A new floating shock-fitting technique featuring the explicit computation of shocks by means of the ...
A new shock-fitting technique has been recently proposed and implemented by the authors in conjuncti...
A computational study of shock-wave/boundary layer interactions on compres- sion ramps was conducted...
A novel, unstructured, shock-fitting algorithm capable of simulating steady flows has being further ...
A novel, unstructured, shock-fitting algorithm capable of simulating steady flows has being further ...
A new floating Shock-Fitting technique featuring the explicit computation of shocks by means of the ...
An unstructured, shock-fitting algorithm, originally developed to simulate Eulerian flows, has being...
An unstructured, shock-fitting algorithm, originally developed to simulate Eulerian flows, has being...
The unstructured shock-fitting algorithm originally proposed in Ref. [3] has been further developed ...
The unstructured shock-fitting algorithm originally proposed in Ref. [3] has been further developed ...
An unstructured, shock-fitting algorithm, originally developed to simulate inviscid flows, has been ...
A new floating shock-fitting technique featuring the explicit computation of shocks by means of the...
A novel, unstructured, shock-fitting algorithm capable of simulating unsteady flows has recently bei...
A new shock-fitting technique has been recently proposed and implemented by the authors in conjunct...
A new floating shock-fitting technique featuring the explicit computation of shocks by means of the ...
A new shock-fitting technique has been recently proposed and implemented by the authors in conjuncti...
A computational study of shock-wave/boundary layer interactions on compres- sion ramps was conducted...
A novel, unstructured, shock-fitting algorithm capable of simulating steady flows has being further ...
A novel, unstructured, shock-fitting algorithm capable of simulating steady flows has being further ...
A new floating Shock-Fitting technique featuring the explicit computation of shocks by means of the ...
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