Abstract
In this work the residual stress field in cracked fatigue specimens was determined by neutron-diffraction technique in order to quantify the influence of the different loading parameters on the fatigue crack growth. At the same time, some microstructural parameters, such as the average size of coherently diffracting blocks and the mean-square microstrain, were estimated by combining neutron and X-ray (synchrotron radiation) diffraction techniques.
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