Additive manufacturing has a great potential for the development of innovative industrial applications in different domains, as it enables the production of complex shapes, topologically optimized structures, and high‐value‐added components with novel embedded functionalities that are difficult or even impossible to produce with traditional technologies. However, stringent quality standards and qualification requirements impose defect‐free and first‐time‐right capabilities that are still challenging to achieve with state‐of‐the‐art AM systems. This article discusses existing solutions and open challenges for quality modeling, monitoring, and control in AM
Quality Monitoring and Control in Additive Manufacturing
Colosimo, Bianca M.
2020-01-01
Abstract
Additive manufacturing has a great potential for the development of innovative industrial applications in different domains, as it enables the production of complex shapes, topologically optimized structures, and high‐value‐added components with novel embedded functionalities that are difficult or even impossible to produce with traditional technologies. However, stringent quality standards and qualification requirements impose defect‐free and first‐time‐right capabilities that are still challenging to achieve with state‐of‐the‐art AM systems. This article discusses existing solutions and open challenges for quality modeling, monitoring, and control in AMFile | Dimensione | Formato | |
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