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, Cette transition entraîne la vaporisation de tourbillons qui génèrent énormément de bulles dans l'écoulement ce qui nuit particulièrement aux performances de la pompe. Les changements de régime d'écoulement peuvent également être révélés par des bifurcations dans l'évolution de la position des bulles "têtards" secondaires, CHAPITRE 6. CAVITATION PARTIELLE ET SUPERCAVITATION la transition laminaire/turbulent dans leurs sillages

, La transition de la cavitation partielle à la supercavitation est, dans notre étude, un phénomène extrêmement brusque, qui génère un changement de topologie brutal

, Nous exposons dans la figure A.4 en annexe A.3 l'interaction d'une bulle subissant une diffusion convective (section 4.1.3) avec une poche bande "supercavitante" afin d'illustrer le changement remarquable d'écoulement après la transition à la supercavitation

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, Chapitre 7

, Conclusions et perspectives « Il est plus beau de transmettre aux autres ce qu'on a contemplé que de contempler seulement

.. .. Thomas-d'aquin-sommaire-;-conclusions,

. , Dégazage et transition à la cavitation

. Dynamiques-de-bulles and . .. Instabilités, , p.132

. .. Références, 134 et peut permettre, à terme, de simuler plus fidèlement cette influence du dégazage sur la cavitation. La validation de ce type de modèles, avec nos expériences, pourraient par conséquent constituer une avancée importante dans la compréhension de l'apparition de la cavitation hydrodynamique dans un écoulement

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T. Leger, A. , and S. L. Ceccio, «Examination of the flow near the leading edge of attached cavitation. part 1. detachment of two-dimensional and axisymmetric cavities.», J. Fluid Mech, vol.376, pp.61-90, 1998.

T. and P. , Étude expérimentale et numérique de la cavitation et la cavitation aérée. Vers une application à l'alimentation en carburant d'un moteur d'avion., thèse de doctorat, Arts et Métiers Paris, p.133, 2016.

M. Van-rijsbergen, «A review of sheet cavitation inception mechanisms.», dans ISROMAC2016, p.131, 2016.

J. A. Venning, M. T. Khoo, B. W. Pearce, and P. A. Brandner, 2018, «Background nuclei measurements and implications for cavitation inception in hydrodynamic test facilities.», Exp. Fluids, vol.59, p.132

A. Annexe and . Mesures,

A. Sommaire,