In common with all mechanical strain relief residual stress measurement methods, extra care must be taken when making measurements on components containing highly triaxial residual stress fields which are close to yield. The introduction of a free surface, created as part of the measurement procedure, can lead to plastic redistribution of the residual stress field. Usually, this is not accounted for in the elastic inversion algorithms of the experimental procedure. This paper demonstrates the usefulness and accuracy of deep-hole drilling (DHD) method  in a component predicted to contain a triaxial residual stress field. Previous measurements  are compared with the results of a DHD simulation on a type 316H stainless steel pipe containing a repair weld offset from an original girth weld. The influence of different material models was also studied.
|Translated title of the contribution||Simulation and Measurement of Residual Stresses in a Type 316H Stainless Steel Offset Repair in a Pipe Girth Weld|
|Pages (from-to)||492 - 497|
|Number of pages||6|
|Journal||Materials Science Forum, Trans. Tech Publications, Switzerland|
|Publication status||Published - 2011|