Aviation & Aerospace - Los Angeles, California, United States
Structural Analysis Service:-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 (Crack growth using NASGRO)-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 Finite Element Analysis Tool:-Finite element analysis capability using ABAQUS, Nx Nastran and Ls-Dyna Strength, stiffnesses, displacement prediction and optimization of composite and metallic structures -Linear and non-linear buckling analysis-Aeroelastic Analysis using Nastran-Fracture mechanic analysis of composite structures using VCCT interface elements-Fracture mechanic analysis of metallic structures using Stresscheck finite element software-Highly nonlinear analysis capability: *Impact Analysis using Abaqus and LsDyna *Contact Analysis of mechanical components *Non-linear material implementations using true stress strain curves Hyper- elastic material analysis Structural Testing:-Test plan and test matrix development -Composite Material properties and strength allowable, including data reduction, statistical analysis, and report generation-Pre-Test analysis predictions and Test correlation-Composite Analysis tools validation-Failure mode analysis and root cause investigation-Test witnessing, and coordinating activities with the FAA
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