Research Project Abstract: Lattice structures, distinguished by their repetitive lightweight cellular configurations, offer enhanced load distribution compared to traditional solid bodies. However, designing lattice structures with specific mechanical properties presents a significant challenge due to the multitude of design variables and the relationship between these variables and the resulting performance. This complexity requires an understanding of how material arrangement impacts mechanical and electrical performance. Lattice structures can serve as an introduction to metal 3D printing and their applications to the automotive, aerospace, and biomedical manufacturing fields. Designing lattice structures requires thorough research on potential geometric configurations, as well as the development and testing of 3D CAD models. Lattice structures impact several key areas, including material science, various engineering disciplines, and manufacturing sectors.

Video made by Rob Sheffield about his research results and experience in this RET program (Currently under development.  Check back later.)