3d打印机电系统的进展

A. Ellery
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引用次数: 7

摘要

大多数增材制造(以下简称3D打印)应用于静态结构的创建。这严重限制了3D打印技术的范围。可以肯定的是,3D打印可以在许多不同的材料上建造结构,包括塑料、金属和陶瓷。尽管如此,单片结构仍是主流,3d打印多材料结构的前景仍是一个研究问题。在本文中,我们将进一步扩展3D打印的能力,以制造完整的机电一体化系统,特别是电动机及其配套电子设备。我们已经朝着这里提出的目标迈出了初步的步骤——如果完全成功,它将证明增材制造构成了冯·诺伊曼意义上的通用构造器。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Progress towards 3D-printed mechatronic systems
Most additive manufacturing (referred to as 3D printing henceforth) is applied to the creation of static structures. This severely restricts the scope of 3D printing techniques. To be sure, 3D printing can build structures in many different materials including plastics, metals and ceramics. This severely Nevertheless, monolithic structures are the rule of the day and the prospect of 3D-printed multi-material structures are still a research problem. In this paper, we look further to expanding the capabilities of 3D printing to manufacturing full mechatronic systems - specifically electric motor and their supporting electronics. We have taken preliminary steps towards this goal presented here - if fully successful, it will demonstrate that additive manufacturing constitutes a universal constructor in the von Neumann sense.
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