Noah recently had his paper published to the Journal of Engineering Optimization. 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 Zhou Publication in Engineering Optimization
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
Wesley Dossett Publication in Engineering Optimization
Wesley recently had his paper published to the Journal of Engineering Optimization. The paper is titled “Machine learning-based sound power topology optimization for shell structures.”
Congratulations Wesley!
Link to paper: Machine learning-based sound power topology optimization for shell structures
Kevin Chai’s Conference Paper Showcased on Kudos
Kevin’s recent conference paper and presentation at AIAA Aviation Forum 2024, titled “Design and Build of an Aircraft Smart Table Using Additive Manufacturing and Topology Optimization,” has been selected by AIAA to be showcased on Kudos.
Congratulations, Kevin!
Link to Kudos article: Structural Design Optimization and 3D Printing of an Aircraft Smart Table
Link to Conference Paper: Design and Build of an Aircraft Smart Table Using Additive Manufacturing and Topology Optimization
Dylan Eisen Publication in Engineering Optimization
Dylan recently had his paper published to the Journal of Engineering Optimization. The paper is titled “Optimization of a roller coaster bogie considering fatigue life.”
Congratulations Dylan!
Link to paper: Optimization of a roller coaster bogie considering fatigue life
Adam McKenzie Publication in the Journal of Mechanical Engineering Science
Adam recently had his paper published to the Journal of Mechanical Engineering Science. The paper is titled “Damping optimization of a fully viscoelastic structure with enforced mass reduction.” Congratulations Adam!
Link to paper: Damping optimization of a fully viscoelastic structure with enforced mass reduction
Hansu Kim Publication in Computer Methods in Applied Mechanics and Engineering
Hansu recently had his paper published to the Journal of Computer Methods in Applied Mechanics and Engineering. The paper is titled “3D decomposition optimization of topology-optimized structures considering a build volume constraint for additive manufacturing.” Congratulations Hansu!
Link to paper: 3D decomposition optimization of topology-optimized structures considering a build volume constraint for additive manufacturing
Yifan Shi and Yuhao Huang Publication in Engineering Optimization
Yifan and Yuhao recently had their paper published to the Engineering Optimization Journal. Their paper is titled “Multi-material topology optimization considering both isotropy and anisotropy with fibre orientation optimization.” Congratulations Yifan and Yuhao!
Link to paper: Multi-material topology optimization considering both isotropy and anisotropy with fibre orientation optimization
Luke Crispo Publication in Structural and Multidisciplinary Optimization
Luke recently had his paper published to the Structural and Multidisciplinary Optimization Journal. His paper is titled “Topology and build orientation optimization for additive manufacturing considering build height and overhang area.” Congratulations Luke!
Link to paper: Topology and build orientation optimization for additive manufacturing considering build height and overhang area
Chris Douglas Publication in Journal of Engineering and Applied Science
Chris recently had his paper published to the Journal of Engineering and Applied Science. His paper is titled “Packing optimization of practical systems using a dynamic acceleration methodology”. Congratulations Chris!
Link to paper: Packing optimization of practical systems using a dynamic acceleration methodology