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Astron extreme light weighting

机译:astron极端轻量级

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摘要

Producing extreme light weighted structures by combining a new design concept with the most recent production machines and production software tools. Weight reductions of up to 50% compared to the traditional techniques are feasible with the same stiffness performance. Suitable for standard materials like aluminium and steel, for single construction parts out of mono material and with a single production process. Astronomical instruments for space applications and ground-based applications require more and more extreme light and extreme stiff structures. The traditional technique like 3-axis or multisided machining of metal parts seems limited and not suitable for the next generation instruments. New materials with new production technologies are used more and more with all their specialties and restrictions. ASTRON developed a new structural design of traditional materials with heritage optimised for production with the most recent milling machines. The structural shapes are closely linked to the extremes of 5-axis simultaneous milling. The design and production process is patented and now free for publication.
机译:通过将新的设计理念与最新的生产机器和生产软件工具相结合,产生极端光加权结构。与传统技术相比,重量减少高达50%是可行的,具有相同的刚度性能。适用于铝和钢等标准材料,用于单一结构外部材料和单一的生产过程。空间应用的天文仪器和地面应用需要越来越多的极光和极端僵硬的结构。传统技术,如3轴或多种金属部件加工似乎有限,不适合下一代仪器。具有新生产技术的新材料越来越多地使用他们的所有特色和限制。 Astron开发了一种新的传统材料结构设计,遗产优化,采用最近的铣床生产。结构形状与5轴同时铣削的极端紧密相连。设计和生产过程获得专利,现在免费出版。

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