仿生学和3D打印-设计应用的机会

Ikshita Chaturvedi, Anketa Jandyal, Ishika Wazir, Ankush Raina, Mir Irfan Ul Haq
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引用次数: 5

摘要

结合和借鉴自然系统一直是设计师的一个重要考虑,然而,由于自然系统的复杂性,模仿自然系统和用传统技术开发系统是困难的。随着增材制造的出现及其固有的特性,增材制造技术可以用于开发3d打印部件。当前论文的结构方式是关注如何更好地增强仿生学与各种工程系统的设计。一个部分将重点介绍有助于改进设计过程的各种自然系统。还对建筑、生物医学、航空航天等仿生学的各种应用领域进行了专题讨论。本章还介绍了在3D打印和仿生学领域开展的工作的系统文献综述。对仿生嗅探、仿生鲨鱼皮、仿生莲藕等应用进行了深入探讨。论文最后提出了与当前技术、经济方面和未来建议相关的挑战。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Biomimetics and 3D printing - Opportunities for design applications

Incorporating and drawing analogies from natural systems has always been an important consideration for designers, however owing to the complexity involved in the natural systems, mimicking natural systems and developing systems with conventional technologies is difficult. With the advent of additive manufacturing and its intrinsic nature, the technology of additive manufacturing can be employed for developing 3D-printed parts. The current paper is structured in a manner to focus on how biomimetics can be better augmented with the design of various engineering systems. A section will highlight the various types of natural systems which can help improve the design process. A special discussion on the various application areas of biomimetics such as architecture, biomedical, aerospace has also been included. A systematic literature review of the work carried out in the area of 3D printing and biomimetics is also presented in this chapter. Few applications namely biomimetic sniffing, biomimetic shark skin, and biomimetic lotus root are profoundly discussed. The paper ends with the challenges associated with the current technologies, economic aspects, and future recommendations.

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