Abstract
The quality of x-ray radiography NDE is highly dependent on a large number of inspection parameters. Examples of these parameters are the generator settings: tube potential, tube current, exposure time,…; object parameters: orientation, thickness, distance from the source…; detector parameters: film type, source to detector distance, etc. Optimization of an x-ray nondestructive testing can be achieved by testing different settings and choosing the set of parameters that produces the best possible radiograph. The large dimensionality of the optimization problem, however, makes the process of manually changing the inspection parameters, and investigating the radiographs, not an easy task. The time and cost requirements of the optimization process can be reduced by resorting to advanced x-ray computer simulators.