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Digital Biomimetic Architecture between Art and Dynamic Structure: Case Study—Wings in Flight
Complexity ( IF 2.3 ) Pub Date : 2020-06-22 , DOI: 10.1155/2020/2757929
Shi-Yen Wu, Felicia Wagiri, Yen-Fen Huang, Shen-Guan Shih

Architecture as a multirelated field is influenced and connected by many subjects. Among those subjects, the role of art and natural science is the most dominant frame without ignoring the development of advanced technology. By using technology, the impossible becomes possible such as to capture the body motion of humans as the subject of art and science at the same time. Body motion is a potential research of movement over the time. This does not only involve the aesthetic, but also even more the scientific aspect of a dynamic motion of an organism that can be investigated through a biomimetic approach. In order to understand the biomimetic term, we investigated the physical morphogenesis and geometrical principle of an organism. The term morphogenesis is a process in which the natural system produces and regulates the configuration of a material in space and over time. Based on that, we tried to design a dynamic structure using butterfly’s motion as a subject of study with morphological and biomimetic approaches. Butterflies show a simultaneous aspect of movement over time characterized by fragmentation. This idea also summarizes many aspects of modern art such as portrayal of body movements by futurists, space-time continuum, cinematic freeze frame, and time-lapse photography. A futurist represents a movement that is emphasized on the factors of speed, technology, modernisms, and objects. This indicates an alternative position that may be relevant to the system of butterfly wings. This can only be achieved by utilizing a digital design and its parametric tools that help generate functions and form dynamic structures with high complexity and precision. Throughout the development of the system, there will be many changes to the form which will be constantly tested and evaluated using a series of prototype and visual digital design.

中文翻译:

艺术与动态结构之间的数字仿生建筑:案例研究-飞行中的翅膀

建筑作为一个多领域领域受到许多学科的影响和联系。在这些主题中,艺术和自然科学的作用是最主要的框架,而没有忽略先进技术的发展。通过使用技术,不可能的事情成为可能,例如同时捕获人类作为艺术和科学主题的人体运动。身体运动是一段时间内运动的潜在研究。这不仅涉及美学,而且还涉及可以通过仿生方法研究的生物体动态运动的科学方面。为了理解仿生术语,我们研究了生物的物理形态发生和几何原理。术语“形态发生”是一个过程,其中自然系统随着时间的推移在空间中产生并调节材料的构型。在此基础上,我们尝试使用形态学和仿生学方法设计以蝴蝶运动为研究对象的动态结构。蝴蝶显示出随时间推移运动的同时性,其特点是碎片化。这个想法还总结了现代艺术的许多方面,例如未来主义者对身体运动的描绘,时空连续体,电影定格和延时摄影。未来主义者代表着强调速度,技术,现代主义和物体等因素的运动。这表明可能与蝴蝶翅膀系统有关的替代位置。这只能通过利用数字设计及其参数化工具来实现,这些工具有助于生成功能并形成具有高复杂性和精度的动态结构。在系统的整个开发过程中,将对表单进行很多更改,并将使用一系列原型和可视数字设计对其进行不断的测试和评估。
更新日期:2020-06-23
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