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Biological Materials Science and Engineering: Biological Materials, Biomaterials, and Biomimetics

机译:生物材料科学与工程:生物材料,生物材料和仿生材料

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摘要

This second issue of JOM dedicated to biological materials science in 2008 complements the March issue admirably. We remind the reader that the 'bio' field has three prominent components: biological materials--natural materials; biomaterials--synthetic materials used in a biological environment; and biomimetics--bioinspired materials and structures. In the March issue, the importance of biological materials within the framework of materials science and engineering (MSE) was emphasized; it was pointed out that this is not a passing fad but a structural evolution. Figure 1 is a brief historical overview (presented counterclockwise, starting at the top left-hand corner) showing how metallurgy gave rise to materials science and engineering, which expanded from primarily structural materials to functional materials, leading now to biological materials that serve as inspiration for complex hierarchical systems of the future.
机译:JOM于2008年出版的第二期致力于生物材料科学的期刊对3月份的期刊进行了出色的补充。我们提醒读者,“生物”领域具有三个突出的组成部分:生物材料-天然材料;生物材料-生物环境中使用的合成材料;和仿生品-受生物启发的材料和结构。在3月号中,强调了生物材料在材料科学与工程(MSE)框架内的重要性;有人指出,这不是一时的流行,而是结构的演变。图1是一个简短的历史概览(从左上角开始逆时针显示),显示了冶金是如何引起材料科学和工程学的,该科学和工程学从最初的结构材料扩展到功能材料,现在又发展成为启发性的生物材料适用于未来的复杂分层系统。

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