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POWDER PRODUCTION OF LIGHTWEIGHT MATERIALS FOR ADDITIVE MANUFACTURING APPLICATION

机译:粉末生产轻质材料,用于添加制造应用

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The technology of Additive Manufacturing (AM) can use freedom of design and the integration of multiple functions to enable lightweight parts. Laser beam melting is powder bed based; therefore the powder characteristics have a decisive influence on the build process and the properties of the resulting part. This paper introduces a concept for a new powder production system for high-grade AM powder in small quantities for research and development based on the process of arc spraying. This new approach provides the possibility of investigating the effects of powder manufacturing on the downstream process chain (for instance powder removal and powder packaging) of the AM process. This publication describes experiments regarding the influence of process parameters (voltage, current, pressure and air cap). These influences are evaluated using high-speed camera and light microscope images.
机译:添加剂制造技术(AM)可以使用设计自由度和多种功能的集成来实现轻质零件。激光束熔化是基于粉末床;因此,粉末特性对构建过程和所得部分的性质具有决定性的影响。本文介绍了一种新的粉末生产系统的概念,适用于高档AM粉末的少量研发,基于电弧喷涂过程。这种新方法提供了研究AM工艺的下游工艺链(例如粉末去除和粉末包装)对粉末制造的影响。本出版物描述了关于工艺参数(电压,电流,压力和空气帽)的影响的实验。使用高速相机和光学显微镜图像评估这些影响。

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