Stavroulakis P I, Leach R K
Manufacturing Metrology Team, Faculty of Engineering, University of Nottingham, Nottingham, NG7 2RD, United Kingdom.
Rev Sci Instrum. 2016 Apr;87(4):041101. doi: 10.1063/1.4944983.
The scope of this review is to investigate the main post-process optical form measurement technologies available in industry today and to determine whether they are applicable to industrial-grade metal additive manufactured parts. An in-depth review of the operation of optical three-dimensional form measurement technologies applicable to metal additive manufacturing is presented, with a focus on their fundamental limitations. Looking into the future, some alternative candidate measurement technologies potentially applicable to metal additive manufacturing will be discussed, which either provide higher accuracy than currently available techniques but lack measurement volume, or inversely, which operate in the appropriate measurement volume but are not currently accurate enough to be used for industrial measurement.
本综述的范围是研究当今工业中可用的主要后处理光学形状测量技术,并确定它们是否适用于工业级金属增材制造零件。本文深入综述了适用于金属增材制造的光学三维形状测量技术的操作,重点关注其基本局限性。展望未来,将讨论一些可能适用于金属增材制造的替代候选测量技术,这些技术要么提供比现有技术更高的精度,但测量体积较小,要么相反,它们在适当的测量体积内运行,但目前精度不足以用于工业测量。