应用生成式设计的数字设计

S. Anciferov, A. Lyutenko, E. Sychev, L. Sivachenko
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引用次数: 2

摘要

本文研究了工业设计和计算机辅助设计这两种主要的工业设计方法,以及它们之间的区别。考虑了应用生成式设计的设计技术。允许生成设计实现的最流行的软件是西门子软件- CAD/ cae系统Solid Edge,它具有广泛的新产品设计和分析工具。利用CAD/ cae系统Solid Edge,在考虑指定边界条件和载荷的情况下,进行了生成设计实现过程,确定了产品的最佳几何形状。生成设计的主要目标是在最终产品制造中合理地使用原始材料。在实现生成设计时,对承载台架进行了初步分析,以确定强度和刚度的取值。并利用生成分析工具对几何模型进行生成分析。结果是两个版本的生成分析满足了客户的不同需求。提出了生成分析应用于少生产、少发布新产品设计的主要趋势。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
DIGITAL DESIGNING APPLYING GENERATIVE DESIGN
In this paper the two principal design methods applying in industry such as industrial design and computer-aided design and differences between them were studied. Design technology applying a generative design was considered. The most popular soft ware allowing a generative design realization is a Siemens Software – CAD/CAE-system Solid Edge with a wide range of tools for designing and analysis of new products. Procedure of generative design realization was carried out to determine an optimal geometrical shape of product taking into account specified boundary conditions and load using a CAD/CAE-system Solid Edge. The main goal of generative design is a rational using of source material for a final products manufacturing. When realization of generative design the preliminary analysis of loaded console to refine the values of strength and stiffness took place. Also, with the tool "Generative analysis" the generative analysis for geometrical model was made. As a result was two versions of generative analysis meeting a different requirements of customers. The main tendencies of generative analysis application for designing of a new product with less production and release time were presented.
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