仿生和仿生系统的生物力学:受自然启发的创新

K. E. Kirat
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引用次数: 1

摘要

模仿自然在技术上变得非常流行,但是用于生物模仿的方法并没有明确的定义,特别是在生物工程和生物医学科学中。大多数时候,这些科学领域应用模仿原理,但生物力学评估的兴趣被低估了。模仿生物系统的方法主要有三种:仿生学、仿生学和生物灵感学。但最重要的是,必须理解生物系统,特别是关于结构-功能-性质关系的关键问题。在这项任务中,生物实体的复杂性往往需要简化,这可以通过仿生方法实现。一旦了解了基本的生物学原理,就可以通过生物灵感方法来模仿它们,从而构想出尖端技术。从长远来看,这些创新的方法将为生物医学设备的生物力学合理设计提供一个新的框架。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Biomechanics of biomimetic and bioinspired systems: Innovation inspired by nature
Mimicking Nature becomes very popular in technology, however the approaches used for bio-imitation are not clearly defined especially in bioengineering and biomedical sciences. Most of the time, these scientific fields apply imitation principles but the interest of biomechanical assessment is underestimated. There are three main ways to mimic biological systems : biomimicry, biomimetics and bioinspiration. But most importantly, the biological system must be understood, especially regarding the pivotal question of the structure-function-property relationships. In this task, the complexity of biological entities often requires a simplification that can be achieved with the bio-mimetic approach. Once the fundamental biological principles are understood, they can be mimicked through the bioinspiration approach to conceive cutting-edge technologies. At term, these innovative approaches will provide a new frame for the biome-chanically rational design of biomedical devices.
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