Conventional time-marching techniques are currently used in industry for three-dimensional compressible flow analysis in different fields (turbomachinery, propulsion, etc...). These techniques have shown strong stability and good accuracy characteristics in many applications, but they are not directly applicable to incompressible flows. A preconditioned time-marching method is described in some details in the paper and the work is focused on a code developed by the authors for mixed-flow pump analysis.

Three-Dimensional Computational Analysis of Mixed Flow Pumps / Cravero, C; Marini, Martino; Satta, A.. - Volume 253, 2000, Pages 507-513:(2000), pp. 507-513. ((Intervento presentato al convegno ASME Paper FEDSM2000-11058 presentato a "ASME FED Summer Meeting", tenutosi a Boston (USA) nel 11-15 giugno 2000..

Three-Dimensional Computational Analysis of Mixed Flow Pumps

MARINI, Martino;
2000

Abstract

Conventional time-marching techniques are currently used in industry for three-dimensional compressible flow analysis in different fields (turbomachinery, propulsion, etc...). These techniques have shown strong stability and good accuracy characteristics in many applications, but they are not directly applicable to incompressible flows. A preconditioned time-marching method is described in some details in the paper and the work is focused on a code developed by the authors for mixed-flow pump analysis.
Three-Dimensional Computational Analysis of Mixed Flow Pumps / Cravero, C; Marini, Martino; Satta, A.. - Volume 253, 2000, Pages 507-513:(2000), pp. 507-513. ((Intervento presentato al convegno ASME Paper FEDSM2000-11058 presentato a "ASME FED Summer Meeting", tenutosi a Boston (USA) nel 11-15 giugno 2000..
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11388/74449
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