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Additive Manufacturing for Propulsion Systems at MSFC: A Path to Flight.

机译：msFC推进系统的增材制造：飞行之路。

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作者
Morgan, K.; Ledbetter, F.;
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年度 2014
页码 1-16
总页数 16
原文格式 PDF
正文语种 eng
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关键词
MANUFACTURING; DESIGN OPTIMIZATION; GENERAL OVERVIEWS; SPACECRAFT PROPULSION; LABORATORIES; CHARACTERIZATION; CERTIFICATION;

机译：制造;设计优化;一般概述;航天器推进;实验室;表征;认证;

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1. Additive Manufactured Propulsion System (AMPS) for Small to Micro Cubical Satellites [J] . NASA Tech Briefs . 2013,第8期

机译：适用于小型至微型立体卫星的加成制造推进系统（AMPS）
2. (Technical Communication) Investigation on Laser Scanner Synchronization via Advanced Beam Path Analysis in 3D Additive Manufacturing Systems [J] . Andreas Koglbauer, Stefan Wolf, Otto M?rten, Journal of Laser Micro/Nanoengineering . 2018,第2期

机译：（技术交流）通过3D增材制造系统中的高级光束路径分析进行激光扫描仪同步研究
3. Efficient Path Planning Algorithm for Additive Manufacturing Systems [J] . Thompson B., Yoon H. Components, Packaging and Manufacturing Technology, IEEE Transactions on . 2014,第9期

机译：增材制造系统的有效路径规划算法
4. Non-Toxic Electroplating of Additive Manufactured Plastics for Hybrid Rocket Propulsion Systems [C] . Spencer A. Fehlberg, Stephen A. Whitmore, Rob Stoddard AIAA/SAE/ASEE joint propulsion conference;AIAA propulsion and energy forum . 2018

机译：用于混合火箭推进系统的增材塑料的无毒电镀
5. Development of Optimal Material Extrusion Additive Manufacturing Tool Path Parameters for Minimizing Void Regions Using Contemporary Tool Path Solutions [D] . Eiliat, Hasti. 2018

机译：开发最佳材料挤压添加剂制造工具路径参数，用于使用现代工具路径解决方案最小化空隙区域
6. Evaluation of marginal and internal gap of three-unit metal framework according to subtractive manufacturing and additive manufacturing of CAD/CAM systems [O] . Dong-Yeon Kim, Eo-Bin Kim, Hae-Young Kim, 2017

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7. Using Additive Manufacturing to Print a CubeSat Propulsion System [O] . William M. Marshall, James D. Stegeman, Michael Zemba, 2015

机译：使用增材制造来打印Cubesat推进系统

Additive Manufacturing for Propulsion Systems at MSFC: A Path to Flight.

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