This research uses a non-destructive method of neutron diffraction to measure the tri-axial residual stresses in a friction stir welded aerospace fuselage component: a stringer-to-skin lap joint. Two different specimens were examined. Fatigue testing was performed on both specimens to determine their fatigue lives. Effects of the different components of residual stresses were examines and related to fatigue performance. A combination of fractography, hardness testing, and residual stress measurement was used to predict areas of high probability of structural failure in the friction stir welded lap joints. © (2014) Trans Tech Publications, Switzerland.
CITATION STYLE
Bach, M., Merati, A., & Gharghouri, M. (2014). Effects of fatigue on the integrity OFA frcition stir welded lap joint containing residual stresses. In Advanced Materials Research (Vol. 996, pp. 794–800). Trans Tech Publications Ltd. https://doi.org/10.4028/www.scientific.net/AMR.996.794
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