Maintenance window scheduled to begin at February 14th 2200 est. until 0400 est. February 15th

(e.g. yourname@email.com)

Forgot Password?

    Defense Visual Information Distribution Service Logo

    Carderock, ONR, University of Memphis and University of Michigan Collaborate to Advance World-Class Ship Propulsor Design: "Exploring Cavitation Erosion Research, Part Two"

    Advanced Embed Example

    Add the following CSS to the header block of your HTML document.

    Then add the mark-up below to the body block of the same document.

    MEMPHIS, TENNESSEE, UNITED STATES

    07.25.2024

    Video by Devin M Pisner and Travis Troller

    Naval Surface Warfare Center Carderock Division

    Naval Architect Thad Michael highlights the importance of the Large Cavitation Channel testing at Naval Surface Warfare Center, Carderock Division's Memphis Detachment in an Office of Naval Research project focused on cavitation erosion, July 25, 2024. Engineers from Carderock’s Naval Architecture and Engineering Department collaborate with researchers from the University of Memphis and the University of Michigan to test the High Reynolds Number Hydrofoil (HiFoil) to create a highly erosive cavitating flow that damages test “coupons” made of various metals and other materials. The LCC is one of the few places in the world a controlled cavitation erosion test at near full-scale conditions is possible, giving the Navy a clear edge in developing the next generation of surface ships and submarines. Data from this test helps produce world-class, cost-effective technical solutions, improving ship maintenance and fuel consumption for the U.S. Navy and the maritime community. (U.S. Navy video by Travis Troller & Devin Pisner)

    VIDEO INFO

    Date Taken: 07.25.2024
    Date Posted: 09.04.2024 15:17
    Category: Package
    Video ID: 935543
    VIRIN: 240725-N-RT744-7200
    Filename: DOD_110540573
    Length: 00:04:19
    Location: MEMPHIS, TENNESSEE, US

    Video Analytics


    Downloads: 4
    High-Res. Downloads: 4

    PUBLIC DOMAIN