Le ressaut hydraulique : mesures de turbulence dans la région diphasique
La Houille Blanche, 4 (1972) 279-293
Published online: 2010-03-23
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8 5 (1992)
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8 67 (1992)
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Reynolds stress measurements in hydraulic jumps
F. J. Resch and H. J. LeutheusserJournal of Hydraulic Research 10 (4) 409 (1972)
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