A paradigm for the integration of biology in materials science and engineering |
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Authors: | Ryan K Roeder |
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Affiliation: | 1.Department of Aerospace and Mechanical Engineering, Bioengineering Graduate Program,University of Notre Dame,Notre Dame,USA |
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Abstract: | The integration of biology in materials science and engineering can be complicated by the lack of a common framework and common
language between otherwise disparate disciplines. History may offer a valuable lesson as modern materials science and engineering
itself resulted from the integration of traditionally disparate disciplines that were delineated by classes of materials.
The integration of metallurgy, ceramics, and polymers into materials science and engineering was facilitated, in large part,
by a unifying paradigm based upon processing-structure-property relationships that is now well-accepted. Therefore, a common
paradigm might also help unify the vast array of perspectives and challenges present in the interdisciplinary study of biomaterials,
biological materials, and biomimetic materials. The traditional materials science and engineering paradigm was modified to
account for the adaptive and hierarchical nature of biological materials. Various examples of application to research and
education are considered. |
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