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Showing 1 to 4 of 4 for “"ship wake"”.

  1. Machine Learning and Data Fusion of Simulated Remote Sensing Data

    … workflow to develop a means of simulating a ship wake followed by simulated synthetic aperture radar (SAR) and infra-red (IR) images of these ship wakes. A parametric study across several different ocean environments and simulated remote sensing platforms is conducted to generate a …

    vt Repository record for Machine Learning and Data Fusion of Simulated Remote Sensing Data (opens in a new tab)

  2. An acoustic bubble density measurement technique for surface ship waters

    … to determine bubble densities in surface ship wakes. The dual frequency technique of acoustically detecting bubbles utilizes a high and low frequency sound field to insonify the target bubbles. The bubbles themselves then radiate sound at the sidebands of higher frequency. The frequency of …

    nps Repository record for An acoustic bubble density measurement technique for surface ship waters (opens in a new tab)

  3. The simulation of surface ship micro-bubble wakes

    … evolution of the bubble population in a surface ship wake is numerically simulated is presented. The simulation is accomplished by constructing an advective-diffusive transport model for the scalar bubble field and solving this model for late times after ship passage. The bubble population model …

    vt Repository record for The simulation of surface ship micro-bubble wakes (opens in a new tab)

  4. Structure and Persistence of Surface Ship Wakes

    It has long been known that ship wakes are observable by synthetic aperture radar. However, incomplete physical understanding has prevented the development of simulation tools that can predict both the structure and persistence of wakes in the ocean environment. It is the focus of this work to …

    vt Repository record for Structure and Persistence of Surface Ship Wakes (opens in a new tab)