Segmented time series visualization tool for additive manufacturing

William Halsey, C. Steed, R. Dehoff, V. Paquit, Sean L. Yoder
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Abstract

Additive manufacturing promises to deliver the ability to build complex shapes and parts while using raw materials more efficiently than traditional manufacturing approaches. However, material scientists are continually striving to understand how complex build parameters affect the 3D printing process and the quality of the final product. Understanding the intricate relationships between parameters and final product will yield the opportunity for automatic tuning of variables to ensure consistency of quality across build iterations.
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用于增材制造的分段时间序列可视化工具
增材制造有望提供制造复杂形状和零件的能力,同时比传统制造方法更有效地使用原材料。然而,材料科学家正在不断努力了解复杂的构建参数如何影响3D打印过程和最终产品的质量。理解参数和最终产品之间错综复杂的关系将为自动调整变量提供机会,以确保跨构建迭代的质量一致性。
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