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Numerical program for analysis of three-dimensional supersonic exhaust flow fields (CHAR 3D)

Sukanta Dash, P. Del Guidice, Aldo A. Ferri, G. Roffe

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Abstract

Choice of reference plane orientation depends on specific nozzle geometry, with different configurations requiring different reference plane systems. In addition, for given configuration several reference systems may be used in different regions of flow field, so each system is locally aligned with flow.

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Choice of reference plane orientation depends on specific nozzle geometry, with different configurations requiring different reference plane systems. In addition, for given configuration several reference systems may be used in different regions of flow field, so each system is locally aligned with flow.

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Available abstract

Choice of reference plane orientation depends on specific nozzle geometry, with different configurations requiring different reference plane systems. In addition, for given configuration several reference systems may be used in different regions of flow field, so each system is locally aligned with flow.

Key concepts: Flow (mathematics), Nozzle, Plane (geometry), Geometry, Orientation (vector space), Choked flow, Field (mathematics), Supersonic speed

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