The Dynamic Design Analysis Method (DDAM)
extender enables engineers to analyze models using
U.S. Navy procedures for shock design. All mission-essential
equipment onboard surface ships and submarines must
be qualified for shock loads, such as from depth charges,
mines, missiles and torpedoes.
This extender can determine the characteristics of
underwater explosion phenomena including the effects
of shock waves, surface ship or submarine body response
to shock loading and application of shock spectra
to component design. Engineers can use DDAM to analyze
the shock response at the mountings of shipboard equipment
such as masts, propulsion shafts, rudders, exhaust
uptakes and other critical structures.
TYPICAL APPLICATIONS
- Depth charge analysis
- Military ship component design
- Propulsion shaft design
- Torpedo detonation analysis
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- Exhaust uptake design
- Mine detonation analysis
- Rudder optimization
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- Mast analysis
- Missile detonation analysis
- Shock design
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ANALYSIS CAPABILITIES
