Structural and Multidisciplinary System Design Lab
Yuhao recently had his paper published to the Journal of Structural and Multidisciplinary Optimization. The paper is titled “Multi-material topology optimization considering interface nonlinearity.”
Congratulations Yuhao!
Link to paper: Multi-material topology optimization considering interface nonlinearity
Daniel recently had his paper published to the Journal of Structural and Multidisciplinary Optimization. The paper is titled “Integrated packaging and topology optimization considering non‑structural components and assembly feasibility.”
Congratulations Daniel!
Link to paper: Integrated packaging and topology optimization considering non‑structural components and assembly feasibility
Luke recently had his paper published to the Structural and Multidisciplinary Optimization Journal. His paper is titled “Combined topology and build orientation optimization for support structure minimization in additive manufacturing.” Congratulations Luke!
Link to paper: Combined topology and build orientation optimization for support structure minimization in additive manufacturing
Congratulations to Ben Hronowsky for successfully defending his MASc thesis titled “Simultaneous Part and Reinforcement Topology Optimization with Structural Performance and Manufacturability-Driven Geometric Objectives.”
During his time in the lab, Ben made significant contributions to SMSD’s research and industry projects, both as a team member and leader, and he also completed an on-site internship with Dynamic Structures. We thank Ben for his contributions and we look forward to hearing about his future successes.
Congratulations to Erik Wotten for successfully defending his MASc thesis titled “Multi-Objective Build Orientation and Topology Optimization for Cost and Time Minimization in Fiber Reinforced Additive Manufacturing.”
Erik has been a pleasure to work with, ever since his undergraduate research project with SMSD. During his master’s, he made valuable contributions to multiple industry projects, and has been a thoughtful leader and mentor in the lab. The SMSD lab thanks Erik for his contributions and wishes him all the best in his future endeavours.
Daniel recently had his paper published to the ASME Journal of Mechanical Design. The paper is titled “Gradient-Based Optimization of Component Layout: Addressing Accessibility and Mounting in Assembly System Design.”
Congratulations Daniel!
Link to paper: Gradient-Based Optimization of Component Layout: Addressing Accessibility and Mounting in Assembly System Design
SMSD worked with Bombardier, ZAL (Germany), and 8 other partners in Canada, Germany, and Austria – on the design and development of an aircraft smart table using additive manufacturing and topology optimization. The concept design successfully incorporated additional electronic features into the business jet table and was manufactured utilizing metal and polymer additive manufacturing processes.
Learn more about SMSD’s work on the Libio project at the following links:
AIAA Showcase: https://www.growkudos.com/publications/10.2514%25252F6.2024-4028/reader
AIAA Conference Paper: https://arc.aiaa.org/doi/epdf/10.2514/6.2024-4028
Congratulations to Daniel Tameer for successfully defending his Master’s thesis titled “Geometrical Multi-Level Line Routing Optimization for Packaging Design.”
The SMSD team congratulates Daniel on this milestone, and we look forward to seeing him succeed in his future endeavours.
Noah recently had his paper published to the Journal of Optimization & Engineering. The paper is titled “Concurrent print orientation and topology optimization for fiber reinforced additive manufacturing considering mass minimization and compliance minimization problems statements.”
Congratulations Noah!
Yongcheng recently had his paper published to the Journal of Engineering Optimization. The paper is titled “Multi-scale multi-material topology optimization for lattice structures with interface connective microstructures.”
Congratulations Yongcheng!
Link to paper: Multi-scale multi-material topology optimization for lattice structures with interface connective microstructures