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首页> 外文期刊>Engineering & Technology >Building a rocket? Press ???P??? for print??? [3D Printing Space Exploration 3D]
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Building a rocket? Press ???P??? for print??? [3D Printing Space Exploration 3D]

机译:制造火箭?按??? P ???打印??? [3D打印太空探索3D]

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摘要

GENERAL TECHNIQUES of additive manufacturing (what we now call 3D printing) have become common knowledge in the engineering community. But to most of us it means watching a desk-sized printer slowly extruding plastic to form a model toy, key-fob or similar inconsequential item. The ???resolution??? of the device tends to be poor, leading to visible stepping in curved surfaces. Despite this impression, additive manufacturing is fast becoming an indispensable component of the modern-day industrial process, especially for niche applications such as space. In 2014, the International Space Station received its first experimental 3D printer, which immediately earned its keep by printing a spare part for itself. Later, after an astronaut mentioned he could do with a socket wrench, a design was quickly developed, transmitted to the station and produced in orbit.
机译:增材制造的一般技术(现在称为3D打印)已成为工程界的常识。但是对我们大多数人来说,这意味着看着台式打印机慢慢地挤出塑料以形成模型玩具,钥匙扣或类似的无关紧要的物品。决议设备的外观往往很差,导致弯曲表面可见的台阶。尽管有这种印象,但增材制造正在迅速成为现代工业过程中必不可少的组成部分,尤其是对于诸如空间之类的利基应用而言。 2014年,国际空间站获得了第一台实验性3D打印机,该打印机通过自己打印备件而立即获得了保留。后来,一名宇航员提到他可以用套筒扳手进行操作后,很快便开发出了一种设计,并将其传输到空间站并在轨道上生产。

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