Opti-Waffle:一种工艺家具设计与制造模式

Erdem YILDIRIM
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摘要

参数化设计允许使用计算机和系统,这些计算机和系统可以通过优化设计和制造来做出超出人类能力的决策,例如机器学习。从这个角度来看,它的目的是通过使用各种算法方法和结构优化,通过最大限度地减少设计师的主观决策来塑造和制造设计,从而在家具设计中提供人体工程学。作为研究的对象,我们讨论了一张8人的会议桌。在此过程中,“人工智能支持的灵感板”、“参数化设计”、“人机交互与传感器”、“拓扑优化”、“增强现实观察”和“计算机辅助制造”技术被依次使用。装配完成后,最后对得到的产品进行结构-功能关系评价。
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Opti-Waffle: A Technological Furniture Design and Manufacturing Model
Parametric design allows the use of computers and systems that can make decisions beyond human capacity, such as machine learning, through optimization in design and manufacturing. From this point of view, it is aimed to shape and manufacture the design by minimizing the subjective decisions of the designers by using various algorithmic methods and structural optimization to provide ergonomics in a furniture design. As the subject of the study, a meeting table for 8 people was discussed. In the process, 'artificial intelligence supported inspiration board', 'parametric design', 'human-computer interaction and sensors', 'topology optimization', 'observation in augmented reality' and 'computer-aided manufacturing' techniques were used sequentially. After the assembly was completed, the product obtained was finally evaluated in terms of structure-function relationship.
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