3Ddayinji

Analysis of a phase-field approach for structural topology optimization in 3D printing, incorporating stress constraints and multiscale/multi-material capabilities. Includes optimality conditions, numerical algorithms, and experimental validation.

SurfCuit enables design and fabrication of durable electric circuits on 3D printed surfaces using copper tape and soldering techniques, eliminating complex casing design.

An in-depth exploration of additive manufacturing's role in sustainable production, covering technologies, environmental benefits, challenges, and future directions.

Research on creating on-demand, scalable fabrication machines using swarm robots. Demonstrates construction of X-Y-Z plotters and 3D printers with toio robots and 3D printed attachments.

A research paper proposing a reinforcement learning platform to dynamically learn optimal toolpath strategies for metal-based additive manufacturing, overcoming high-dimensional design space challenges.