Twenty-Fourth Symposium on Naval Hydrodynamics (2003) / Chapter Skim
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Numerical Simulation of Two-Dimensional Breaking Waves Past a Submerged Hydrofoil
Numerical Simulation of Two-Dimensional Breaking Waves Past a Submerged Hydrofoil
Pages 224-230
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Di Mascio (INSEAN, Italian Ship Model Basin, :~taly) ABSTRACT A numerical model for the simulation of twodimensional spilling breaking waves is described.
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It is not evident how these geometrical properties of a twodimensional wave train should be interpreted in a three-dimensional context and, however, the resulting algorithm would be inefficient and prone to errors. With the ultimate objective of simulating spilling breaking in general naval flows, we develop in this work a "localized" version of the model described in Muscari and Di Mascio (2002~.
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and used in Muscari and Di Mascio (2002) , but it is not enough, by itself, to locate correctly the breaking zone.
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4. This flow has been also used for the validation of the non-local model in Muscari and Di Mascio (2002)
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It is derived from the non-local model described in Muscari and Di Mascio (2002) and represents a necessary premise towards the simulation of threedimensional flows with general breaking patterns.
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Muscari, R and Di Mascio, A
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From page 230... ...
In particular, the hydrofoil chord length is the reference length for the wave height ab
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