The Synthesizer tool in CES EduPack, combined with materials information in the Bioengineering database provides new possibilities to explore and select materials for medical implants. In this case study, we investigate hybrid materials for scaffolds in bone tissue engineering. The implants are modeled as bioceramic foams with a range of porosity. The resulting materials can be compared to human tissue and biomaterials in property charts which helps the understanding and design of suitable scaffolds. Due to the complex biological environment that biomedical materials are subjected to -particularly implanted devices- it is time consuming, costly and difficult to test a large range of potential candidates. This makes accurate data and the synthesizer approach to estimating new or combined material properties very useful.
Last, Advanced, Bio, Bioengineering, Biomedical, Ceramics, CES EduPack, Education, Hybrids, Industrial, Materials, Medical, Teaching, Tissues, 2017
Author/s | Institution: Claes Fredriksson, Phillipa Newby | Granta Design
Format | Language | Year : PDF | English | 2017