Vortex rings form from cavitation-air bubble interaction in a confined hole when the dimensionless timing parameter Π lies between 1 and 1.5.
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Experimental characterization identifies three air lubrication regimes and proposes a scaling for the critical air flow rate marking the transition to the air layer regime with up to 60% drag reduction.
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Vortex ring formation from the interaction of a cavitation bubble with a confined air bubble: experiments and a timing criterion
Vortex rings form from cavitation-air bubble interaction in a confined hole when the dimensionless timing parameter Π lies between 1 and 1.5.
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Drag reduction regimes in air lubrication
Experimental characterization identifies three air lubrication regimes and proposes a scaling for the critical air flow rate marking the transition to the air layer regime with up to 60% drag reduction.