Simulation study for optimization of X-ray inspection setup applied to CFRP aerostructures

The goal of this contribution is the development and configuration of a simulation scenario for 2-D (radioscopic) and 3-D (computed tomography) X-ray inspection setups for CFRP aerostructures. Characteristics taken into account are object shape, defect types, their form and spectral properties. The simulations are carried out using analytical simulation software. The simulation procedure and preliminary optimization results are illustrated for the case of thermoplast CFRP specimens. Keywords: non-destructive testing, X-ray imaging, computed tomography, simulation, acquisition optimization, aerostructures, CFRP