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Using Multistep Methods in Slicing 2 ? Dimensional Parametric Surfaces for Additive Manufacturing Applications

机译:在切片中使用多步法2增材制造应用的尺寸参数化曲面

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Abstract: Parametric surfaces such as Bezier are commonly used in the industrial applications and academic research. In additive manufacturing, surfaces are constructed by layering. For this reason, a method is needed to slice the surfaces. In this paper, a new algorithm for slicing 2 ? dimensional parametric surfaces is proposed by using a multistep method such as Adam Bashforth. The mean target of using the multistep methods is to increase the accuracy and efficiency of the procedure. In this paper, Adam Bashfoth 3 steps has been used to determine the best surface subdivision.
机译:摘要:参数曲面(例如Bezier)通常用于工业应用和学术研究中。在增材制造中,表面是通过分层构造的。因此,需要一种对表面进行切片的方法。本文提出了一种新的切片算法2?通过使用多步方法(例如Adam Bashforth),提出了尺寸参数化曲面。使用多步骤方法的平均目标是提高过程的准确性和效率。在本文中,使用了Adam Bashfoth的3个步骤来确定最佳的曲面细分。

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