- Classical Analysis using referenceable sources and first principles methods development meeting FAA requirements
- Preliminary design and trade studies to support recommendations on structural configurations, load path, material selection and design details
- Geometric and material nonlinear Static, and buckling analysis of composite and metallic structures
- Modal, sine and random vibration analysis
- Mechanism analysis using contacts
- Fatigue and damage tolerance analysis for metallic and composite structures
- Fracture mechanic analysis of composite structures using Davidson method
- Residual stresses and distortion evaluation
- Damage and defect assessment, residual strength analysis and recommendation for repairs.
- Crashworthiness analysis, energy absorber design and prediction using explicit analysis.
- Flutter Analysis
