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Student Benefits from Participation in a NASA- mentored 3D Printing Research Project

机译:学生与参与NASA-媒体3D打印研究项目的福利

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The 3D Printing Material Use Optimization project allows engineering and computer science students to gain research experience. The project, which has been undertaken in conjunction with NASA's Jet Propulsion Laboratory (JPL), involves working to develop support structures that will reduce the amount of filament used for 3D printing objects. This is in contrast to many existing support structure algorithms that are primarily concerned with optimizing print quality. The idea behind this shift of focus is to accommodate situations where filament is far more expensive than typical - such as on the International Space Station (ISS), in deep space or on another Planet's surface. This paper provides an overview of this project and the work of the students participating in it. It also assesses the educational benefits provided by the project and the correlation between project activities and the educational benefit produced.
机译:3D打印材料使用优化项目允许工程和计算机科学学生获得研究经验。该项目与NASA的喷气机推进实验室(JPL)结合进行,涉及开发支持结构,这将减少用于3D印刷物体的长丝量。这与许多主要关注优化打印质量的现有支持结构算法相反。这种重点偏移背后的想法是适应灯丝比典型更昂贵的情况 - 例如在国际空间站(ISS),在深空或另一个星球的表面上。本文概述了该项目和参与其中的学生的工作。它还评估了项目提供的教育福利以及项目活动与教育福利之间的相关性。

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