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A fundamental study of 3D printing testing methods for the development of new quality management strategies

机译:3D打印测试方法的基础研究,以开发新的质量管理策略

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A leading area of research in Additive Manufacturing, studies the quality of 3D prints using several testing strategies. This paper reviews two testing technologies: tensile testing (mechanical testing) and Scanning Electron Microscopy (SEM). The aim of this experiment was to provide a comparative study to better understand quality management processes in the 3D printing space. Additionally, this research study was performed to establish a good fundamental groundwork on which future Non-Destructive Testing research can be conducted. The study revealed the advantages of the tensile and SEM testing methods, whilst highlighting a need for better technologies to cover the disadvantages.
机译:增材制造的一个主要研究领域是使用几种测试策略来研究3D打印的质量。本文回顾了两种测试技术:拉伸测试(机械测试)和扫描电子显微镜(SEM)。该实验的目的是提供一个比较研究,以更好地理解3D打印空间中的质量管理流程。此外,进行这项研究是为了建立良好的基础基础,可以在此基础上进行未来的无损检测研究。该研究揭示了拉伸和SEM测试方法的优点,同时强调了需要更好的技术来弥补缺点的需求。

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