The paper describes the procedure used to derive from subsequent images of a dye cloud the 2D flow field, accounting for mass continuity. The methods combines image classification tools in colour space, with velocity field best fit satifying mass balance condition, indirectly represented by the stream function, obtaining from a video image sequence the quantitative description of the under laying velocity field.

Guerrero M., Lamberti A. (2007). Cloud Image Processing for velocity acquisition. VENEZIA : CORILA.

Cloud Image Processing for velocity acquisition

GUERRERO, MASSIMO;LAMBERTI, ALBERTO
2007

Abstract

The paper describes the procedure used to derive from subsequent images of a dye cloud the 2D flow field, accounting for mass continuity. The methods combines image classification tools in colour space, with velocity field best fit satifying mass balance condition, indirectly represented by the stream function, obtaining from a video image sequence the quantitative description of the under laying velocity field.
2007
Harmonizing the Demands of Art and Nature in Hydraulics. Abstracts 2 volumes, papers on CD.
226-1
226-11
Guerrero M., Lamberti A. (2007). Cloud Image Processing for velocity acquisition. VENEZIA : CORILA.
Guerrero M.; Lamberti A.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/57805
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