framework
A fit for purpose technology platform based on a multidisciplinary and complete approach:
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EXPERIMENTAL TESTS:
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Mainly focused on aerospace components
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Full scale tests on metallic and composite componens
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ultimate static loads
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fatigue spectrum loads
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impact (low and high velocity)
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harsh enviroment tests
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certification tests
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etc.
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MATERIAL CONSTITUTIVE MODELS:
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elastic/plastic
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anisotropy
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strain rate
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damage/failure
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flaw tolerant
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residual stresses
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crack propagation
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micro-indentation
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etc.
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FINITE ELEMENT ANALYSIS (VIRTUAL TESTS):
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non linear analysis
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sub-modelling and remeshing technique
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advanced material characterization
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multiphysics simulation
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complex systems
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extreme loading conditions
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etc.
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STRUCTURAL HEALTH MONITORING APPROACH:
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Model-Based SHM system methodology
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anisotropy
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Sensors
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Numerical models
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Signal processing
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Damage diagnosis and prognosis
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Impact monitoring
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etc.
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SPROGNOSTIC AND HEALTH MANAGEMENT (PHM) AND RELIABILITY AND
STATISTICAL APPROACHES FOR STRUCTURAL INTEGRITY :
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machine learning
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Bayesian estimation
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data processing
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feature selection
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uncertainty treatment
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Monte Carlo
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structural reliability
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design optimization
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etc.
