Residual stress measurement is of critical significance to in-service security and the reliability of engineering components, and has been an active area of scientific interest. This paper offers a review o[ several p...Residual stress measurement is of critical significance to in-service security and the reliability of engineering components, and has been an active area of scientific interest. This paper offers a review o[ several prominent mechanical release methods for residual stress measurement and recent developments, focusing on the hole-drilling method combined with advanced optical sensing. Some promising trends for mechanical release methods are also analyzed.展开更多
基金the financial support from the National Basic Research Program of China(Project‘973’)(Nos.2010CB631005 and 2011CB606105)the National Natural Science Foundation of China(Nos.91216301,11172151,11232008,11072033 and 11372037)+1 种基金Tsinghua University Initiative Scientific Research Program,Program for New Century Excellent Talents in University(grant No.NCET-12-0036)Natural Science Foundation of Beijing,China(grant No.3122027)
文摘Residual stress measurement is of critical significance to in-service security and the reliability of engineering components, and has been an active area of scientific interest. This paper offers a review o[ several prominent mechanical release methods for residual stress measurement and recent developments, focusing on the hole-drilling method combined with advanced optical sensing. Some promising trends for mechanical release methods are also analyzed.
