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Utilization of Curve Offsets in Additive Manufacturing

机译:加性制造中曲线偏移的利用

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Curve offsets are utilized in different fields of engineering and science. Additive manufacturing, which lately becomes an explicit requirement in manufacturing industry, utilizes curve offsets widely. One of the necessities of offsetting is for scaling which is required if there is shrinkage after the fabrication or if the surface quality of the resulting part is unacceptable. Therefore, some post-processing is indispensable. But the major application of curve offsets in additive manufacturing processes is for generating head trajectories. In a point-wise AM process, a correct tool-path in each layer can reduce lots of costs and increase the surface quality of the fabricated parts. In this study, different curve offset generation algorithms are analyzed to show their capabilities and disadvantages through some test cases and improvements on their drawbacks are suggested.
机译:曲线偏移在不同的工程和科学领域使用。 添加剂制造,最近成为制造业的明确要求,利用广泛的曲线偏移。 偏移的必要性之一是用于缩放,如果制造后存在收缩,或者所得部分的表面质量是不可接受的。 因此,一些后处理是必不可少的。 但是曲线偏移在添加剂制造过程中的主要应用是用于产生头部轨迹。 在一个点亮的AM过程中,每层的正确工具路径可以减少大量成本并提高制造部件的表面质量。 在该研究中,分析了不同的曲线偏移产生算法,以通过一些测试用例显示它们的能力和缺点,并提出了对其缺点的改进。

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