Non-destructive residual stress evaluation in mechanically surface treated Ti–2.5Cu by diffraction techniques
作者： E. Maawad , H.-G. Brokmeier , L. Wagner , M. Hofmann , W.M. Gan
DOI: 10.1016/J.NDTEINT.2013.10.002
关键词:
摘要: Abstract Residual stress evaluation is an important stage to interpret the fatigue behavior of many engineering materials. The present research aimed at evaluating non-destructively macroscopic compressive and balancing tensile residual stresses generated in surface layer core region, respectively, mechanically treated alpha titanium alloy Ti–2.5Cu. In order achieve that purpose, a combination energy-dispersive X-ray neutron diffraction was used. Results revealed zero-crossing depths (where value zero reached) distributions region were well defined.
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