subject predicate object context
68482 Creator bb540da6e57efd5efcf39c030188584d
68482 Creator 7dc58b6edf3a45fca562695c29196789
68482 Creator ext-ec16e4fde09045f42028a6dc0ecd80cd
68482 Date 2019
68482 Is Part Of repository
68482 Is Part Of p83f48f697974463d11a30100ee8a8cbc
68482 abstract This paper highlights many unanswered questions relating to the characterisation of residual stresses in weldments and their treatment in engineering critical assessment and fitness for service assessment codes and standards. The need for an overarching standardisation framework is identified which goes beyond developing good practice guidelines for numerical prediction or measurement using a specific technique. The framework should cover all uncertainties and possible errors in measuring, simulating and interpreting residual stress in the context of structural integrity assessment.
68482 authorList authors
68482 presentedAt ext-5c8a07ab4584bf6b232357171517f89f
68482 status published
68482 status peerReviewed
68482 volume 4
68482 type AcademicArticle
68482 type Article
68482 label Mirzaee-Sisan, Ali; Bouchard, P. John and Hosseinzadeh, Foroogh (2019). Standardisation on Measurement and Interpretation of Residual Stress Data. In: ASME 2019 38th International Conference on Ocean, Offshore and Arctic Engineering, American Society of Mechanical Engineers, 4.
68482 Publisher ext-1ca4fe1c5c82f7c25d7393c2627af00c
68482 Title Standardisation on Measurement and Interpretation of Residual Stress Data
68482 in dataset oro