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The Use of Laser Ultrasound to Detect Defects in Laser Melted Parts

机译:使用激光超声检测激光熔化零件中的缺陷

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Additive manufacturing (AM) offers a number of benefits over conventional manufacturing, giving an increased design freedom and the opportunity to integrate multiple components, saving weight. The rigorous standard for material integrity set by the Aerospace sector necessitates the development of systems to ensure quality. Laser ultrasonic testing (LU) is a non-contact inspection technique which has been proposed as suitable for in-situ monitoring of additive manufacturing processes, as measurements can be taken at elevated temperatures. This paper will show the capability of this technique for assuring material quality in metal AM parts and compare LU with x-ray computed tomography (XCT).
机译:与常规制造相比,增材制造(AM)具有许多优势,从而增加了设计自由度,并有机会集成多个组件,从而减轻了重量。航空航天部门制定的严格的材料完整性标准要求开发系统以确保质量。激光超声测试(LU)是一种非接触式检查技术,由于可以在升高的温度下进行测量,因此已被建议适用于对增材制造过程进行现场监控。本文将展示该技术确保金属AM零件中材料质量的能力,并将LU与X射线计算机断层扫描(XCT)进行比较。

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