3D assemblies refer to objects that combine multiple component parts into a structure/mechanism with a specific form and/or functionality. Due to the ability to make complex and large objects from simple and small parts, 3D assemblies are widely used, e.g., in toys, furniture, architecture, mechanical engineering, and robotics. Designing complex assemblies is a challenging problem since we need to consider not only the geometry of parts and their local joining, but also the aesthetic, structural, and functional performance of the whole assembly. In this talk, I will outline a general computational approach for the fabrication-aware design of complex assemblies. The key ingredients of this approach include high-level assembly representations, geometric abstractions of physical properties, and advanced design exploration methods. I will focus on three examples of this approach: 1) interlocking assemblies with high structural stability; 2) reconfigurable assemblies that have multiple forms for use in different situations; and 3) functional mechanical assemblies that can display user-specified motions.
Peng Song is a research scientist at EPFL, working with Prof. Mark Pauly since October 2017. He received his B.S. degree from Harbin Institute of Technology in 2007, M.S. degree from Harbin Institute of Technology (Shenzhen) in 2009, and Ph.D. from Nanyang Technological University, Singapore in 2013. His research interests lie in computer graphics, with a particular focus on the modelling, processing, design and fabrication of digital 3D geometry.