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In-situ measurements are essential for monitoring, understanding, and predicting marine phenomena. Monitoring and sampling missions often require observations of phenomena with spatial and temporal dynamics that span different scales (e.g. seconds to months, meters to kilometers, etc). A combination of different vehicles, fixed nodes, advanced payload sensors, and advanced control algorithms are usually...
Tthe first objective of our research is to validate numerical methods that are capable of modeling complex physics, such as (i) spray sheet and jet formation; (ii) air entrainment and bubble generation; and (iii) strong free-surface turbulence interactions with large amplitude breaking waves. The second objective of our research is to provide design support for assessing the performance and signatures...
One of the remaining challenges involved in modern naval ship design and analysis is to account for the effects of breaking waves, spray and air entrainment on the performance and non-acoustical signature of a surface ship. The near field flow about a surface ship is characterized by complex physical processes such as: (i) spray sheet and jet formation; (ii) strong free-surface turbulence interactions...
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