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Integration of additive manufacturing process characteristics in a design method

机译:在设计方法中整合增材制造工艺特征

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摘要

So as to adapt to an increasingly competitive market, companies need to minimise costs and reduce development time while maintaining high quality. This adaptation requires taking into account all elements of the product life cycle, from needs analysis to manufacturing, at an early stage of design. Because of recent developments, additive manufacturing technologies are now considered as manufacturing processes. The development of a design method suitable to these processes has become a major issue for their development. We have developed a method of Design for Additive Manufacturing (DFAM). This method, based on analysis of topological characteristic of the part studied, is used to evaluate the manufacturability of the part with additive processes. We have also developed an approach to decompose a CAD model that can separate interesting geometries manufactured by additive processes. We tested this method on different test parts, particularly in one area of the medical sector.
机译:为了适应竞争日益激烈的市场,公司需要在保持高质量的同时将成本降至最低并减少开发时间。这种调整要求在设计的早期阶段就考虑到产品生命周期的所有要素,从需求分析到制造。由于最近的发展,增材制造技术现在被认为是制造工艺。适于这些过程的设计方法的开发已成为其开发的主要问题。我们已经开发了一种用于增材制造的设计方法(DFAM)。该方法基于对所研究零件的拓扑特性的分析,用于评估具有加成工艺的零件的可制造性。我们还开发了一种分解CAD模型的方法,该模型可以分离通过加法过程制造的有趣几何形状。我们在不同的测试部件上测试了该方法,尤其是在医疗领域的一个领域。

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