Review, Implementation and Test of the QAZ1D Computational Method with a View to Wave Rotor Applications

Review, Implementation and Test of the QAZ1D Computational Method with a View to Wave Rotor Applications

The QAZ1D method is redeveloped in detail and implemented in a first order, one-dimensional FORTRAN program, EULER-1. The program is tested on the shock tube problem and results are presented for various computational meshes and initial conditions. Based on good results of the EULER-1 code, recommen...

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Bibliographische Detailangaben
1. Verfasser: Salacka,Thomas F
Format: Report
Sprache:eng
Schlagworte:
COMPUTATIONS
COMPUTER PROGRAMS
EULER-1 computer program
FINITE ELEMENT ANALYSIS
FLUID DYNAMICS
Fluid Mechanics
FORTRAN
ONE DIMENSIONAL
PE61153N
QAZ1D computer program
SHOCK TUBES
WAVES
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Zusammenfassung:The QAZ1D method is redeveloped in detail and implemented in a first order, one-dimensional FORTRAN program, EULER-1. The program is tested on the shock tube problem and results are presented for various computational meshes and initial conditions. Based on good results of the EULER-1 code, recommendations are made for future extensions and testing to validate the suitability of the QAZ1D method for wave rotor applications. Keywords include: QAZ1D; Wave Rotor; Computational Fluid Dynamics; and EULER.