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首页> 外文会议>IAF Space Systems Symposium;International Astronautical Congress >GENERATIVE IN-SPACE MANUFACTURING OF LARGE STRUCTURES BY EXTRUSION OF UV-CURABLE POLYMER RESIN
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GENERATIVE IN-SPACE MANUFACTURING OF LARGE STRUCTURES BY EXTRUSION OF UV-CURABLE POLYMER RESIN

机译：通过挤出UV固化聚合物树脂的大结构的生成空间制造

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摘要

We, a team of students named AIMIS, are investigating the possibility of producing large supporting and basic structures in space using an additive manufacturing method. The technology demonstration used here is designed to be as simple as possible. By means of a piston, a UV-active resin is pushed out of a storage tank and specifically illuminated by means of UV-LEDs. In comparison to current additive manufacturing methods, the aim is to achieve sizes in the meter range with accuracies in the millimeter range. In this paper, the currently used method, methods on which research is being carried out and our method are shown with the current simulation results which have already been carried out.
机译：我们是一支名叫Aimis的学生团队正在调查使用添加剂制造方法在空间中产生大型支撑和基本结构的可能性。 这里使用的技术演示被设计为尽可能简单。 借助于活塞，将UV-活性树脂从储罐推出并通过UV-LED特异性照射。 与电流添加剂制造方法相比，目的是在仪表范围内实现尺寸的尺寸，毫米范围内的精度。 本文中，目前使用的方法，正在进行哪些研究的方法，并显示了已经进行的当前仿真结果。

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