Applications

Aerospace

• Building high fidelity structural finite element models
• Booster/launch pad separation transients
• Booster/payload integrated transient event coupled loads analyses (CLA)
• Booster/payload integrated nonlinear transient event CLA incorporating dead-band clearances, friction, foam properties, nonlinear dampers, snubbers, ...
• Booster/payload integrated transient event variational (sensitivity) CLA
• Booster/payload integrated transient event CLA incorporating time-varying mass
• Booster staging event analyses and fairing separation analyses
• Booster/payload integrated quasi-static flight event analyses
• Payload transient loads analyses with detailed internal payload recoveries
• Spacecraft docking analyses
• Booster/payload integrated random vibration event analyses: liftoff acoustics and transonic
• Component random vibration analysis including environment mitigation due to component mass attenuation
• System and component level testing and analysis correlation
• Analytic integration of complex systems into single reduce dynamic math models
• Reduction of finite element math models to dynamic math models
• Independent verification and validation of associate contractors’ work

For more information, please contact ASD.