Presents structure-property relationships of implant materials including metals, polymers, ceramics, and composites, with an emphasis on mechanical and surface properties in the broader context of implant design. Biological performance of biomaterials, case studies of traditional implantsâas well as emerging, tissue-engineered materialsâ are emphasized.
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(Session 1) | (Session 2) | |||
2023 |
Biomaterials Sci & Engineering (4c)
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Biomaterials Sci & Engineering (4c)
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Biomaterials Sci & Engineering (4c)
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2022 |
Biomaterials Sci & Engineering (4c)
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Biomaterials Sci & Engineering (4c)
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Biomaterials Sci & Engineering (4c)
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2021 |
Biomaterials Sci & Engineering (4c)
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Biomaterials Sci & Engineering (4c)
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2020 |
Biomaterials Sci & Engineering (4c)
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Biomaterials Sci & Engineering (4c)
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Biomaterials Sci & Engineering (4c)
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2019 |
Biomaterials Sci & Engineering (4c)
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Biomaterials Sci & Engineering (4c)
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Biomaterials Sci & Engineering (4c)
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2018 |
Biomaterials Sci & Engineering (4c)
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Biomaterials Sci & Engineering (4c)
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2017 |
Biomaterials Sci & Engineering (4c)
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Biomaterials Sci & Engineering (4c)
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2016 |
Biomaterials Sci & Engineering (4c)
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Biomaterials Sci & Engineering (4c)
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2015 |
Biomaterials Sci & Engineering (4c)
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Biomaterials Sci & Engineering (4c)
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2014 |
Biomaterials Sci & Engineering (4c)
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Biomaterials Sci & Engineering (4c)
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2013 |
Biomaterials Sci & Engineering (4c)
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2012 |
Biomaterials Sci & Engineering (4c)
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2011 |
Biomaterials Sci & Engineering (4c)
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2010 |
Biomaterials Sci & Engineering (4c)
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2009 |
Biomaterials Sci & Engineering (4c)
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2008 |
Biomaterials Sci & Engineering (4c)
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2007 |