Hard X-rays having photon energies of higher than 50 keV are characterized by having a high penetration power. Piese high energy X-rays are provided by using W-tubes or at storage rings (synchrotron radiation). Due to the high photon flux and the excellent brilliance of synchrotron radiation, experiments can be carried out quickly. In situ strain experiments can be performed in real time, so that lattice strain evolutions can be investigated in parallel to obtaining conventional stress-strain curves. Crystallographic texture measurements are time consuming but quick synchrotron measurements at different points of the stress-strain curve are able to describe the texture evolution during tension or compression, allowing confirmation of texture simulations and yielding material property evolutions during tension or compression experiments.