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Innovative designs of transport vehicles need to be validated in order to  demonstrate reliability and provide confidence. The most common design approach  of such structures involve simulations based on Finite Element (FE) analysis,  which require reliable validation techniques, especially if anisotropic  materials, such as fibre reinforced polymers, or complex designs, such as  sandwich panels are to be considered. The present paper aims to integrate  sophisticated numerical analysis with full-field optical measurement system data  in order to improve the quality of both methods and increase reliability of the  design

Validation of non-linear dynamic simulations through full field optical methods