A specific experimental investigation of the flip-through ( [8]) in a sloshing tank in depressurized condition has been dedicated to highligth the role of the air-entrapment during the impact of a breaking wave against a vertical wall. The compressibility effects in the evolution of the bubble, its collapse and the formation of air-water mixture have been investigated.Global behaviour of the decay coefficient characterizing the pressure peak time history and the freqquency of oscillation of the bubble have been measured.
The role of the air-entrapment in the flip-through evolution
M Miozzi;C Lugni;
2007
Abstract
A specific experimental investigation of the flip-through ( [8]) in a sloshing tank in depressurized condition has been dedicated to highligth the role of the air-entrapment during the impact of a breaking wave against a vertical wall. The compressibility effects in the evolution of the bubble, its collapse and the formation of air-water mixture have been investigated.Global behaviour of the decay coefficient characterizing the pressure peak time history and the freqquency of oscillation of the bubble have been measured.File in questo prodotto:
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