海军用品增材制造产品智能检测创新解决方案的开发

A. Kravcov, P. Svoboda, J. Stoller, Z. Pokorný, J. Małachowski, Paweł Płatek, P. Baranowski, L. Kruszka, Aidas Vasilis-Vasiliauskas
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引用次数: 1

摘要

在上述检查的支持下,为海军供应使用3D打印备件满足了提高后勤性能的要求,为军事最终用户提供了使用增材制造解决方案生产备件的可能性,特别是在海外作战的背景下,可以很容易地提供几个例子。但随着增材制造在海军作战中的应用,在开放的水域环境中用各种材料生产不同的物体,我们需要从开发创新的解决方案开始,对金属粉末的选择性激光熔化产品进行智能检测,这是当今一个非常重要的话题,如果我们谈论后勤支持的真正战略,包括海外海军前哨支持设备和过时部件的逆向工程,例如许多可以在透视海上平台上找到的产品,特别是在沿海和公海-演示增材制造的优势。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of Innovative Solutions for Intelligent Inspection of Products of Additive Manufacturing for Navy Supply
Using of 3D printed spare parts for Navy supply supported by mentioned inspection meets the requirement for enhancing the logistic performance by provide to military end-users possibilities to produce spare parts using additive manufacturing solutions, particularly in the context of overseas operations, that can be easily presented with several examples. But with application of additive manufacturing in naval operations to product different objects in a variety of materials in an open water environment, we need to start with development of innovative solutions for intelligent inspection of products of selective laser melting from metallic powders is a topic of great importance in nowadays if we talk about real strategies in logistic support including overseas naval outposts support equipment and the reverse engineering of obsolescent parts such as many of those that could be found on the perspective sea platforms with particular focus on maritime littoral and high sea areas—demonstrate advantages of additive manufacturing.
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