University at Buffalo 3 credits Materials Design & Innovation
Establishing quantitative relationships between structure and properties of materials is core to materials design. A major focus of this course is on the mechanistic origins of scaling laws linking physical and mechanical properties. The objective of this course is to provide an overview of phenomenological and theoretically derived multi-scale relationships between physical, mechanical properties and structures of materials. The course will explore how one can harness these relationships in developing models or guiding experiments for materials design. The course will also introduce students to the impact of crystal structure on materials with multi-functional properties. The key focus of the course is to emphasize the linkage between the length scale(s) of the structure and materials properties.
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