Organizational Unit:
Shock and Vibration Computational Laboratory (SVCL)

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Description
In a time of escalating costs for explosive testing and mounting concerns over the environmental impact of such tests, the Navy may be able to replace, or at least offset some of the expense in conducting the ship shock trials required for each new class of ship, such as the DD(X) which is currently in the design phase. With funding from Naval Sea Systems Command and assistance from Gibbs & Cox, Inc. and Electric Boat, Mechanical Engineering Professor Young Shin, his staff and thesis students have created a computer based model simulating the whole ship shock trial in a virtual environment. First implemented in conjunction with the USS John Paul Jones (DDG-53) shock trial conducted in 1994, the highly successful underwater explosion modeling and simulation process developed by Professor Shin has been continually refined and improved upon over the past decade through numerous research projects targeting such critical issues as ship systems damping, elastic-plastic response and explosive shock scaling.
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Publication Search Results

Now showing 1 - 3 of 3
  • Publication
    Shock & Vibration Computational Laboratory, Ship shock trial simulations
    (2009-03-17) Shin, Young S.; Didoszak, Jarema M.; Christian, Tom; Shock and Vibration Computational Laboratory (SVCL)
  • Publication
    Shock & Vibration Computational Laboratory, brochure
    (Monterey, California: Naval Postgraduate School, 2005) Shock and Vibration Computational Laboratory (SVCL); Mechanical and Aerospace Engineering (MAE)
    Research objective: Our goal at the Naval Postgraduate School Shock and Vibration Computational Laboratory (SVCL) has been to develop a viable alternative to at-sea Ship Shock Trial testing through the use of computer modeling and simulation methods.
  • Publication
    NPS Shock Team, Shock & Vibration Computational Laboratory
    (Monterey, California: Naval Postgraduate School., 2009) Shin, Young S.; Didoszak, Jarema M.; Lepe, Jose J.; Shock and Vibration Computational Laboratory (SVCL)
    Objective: Accurately predict the Shock Response of a surface ship in an Underwater Explosion Event