Exploring the intersection of Computational Fabrication, Digital Manufacturing, Robotics, and Artificial Intelligence.
New paper "Enhanced Mechanical Properties of 3D Printed Composites via Continuous Metal Fiber Reinforcement and Process Parameter Optimization" published in Additive Manufacturing.
New paper "FDM continuous filling path planning method based on stress field direction guidance" published in Journal of Advanced Manufacturing Technology.
New paper "A Comparative Review of Multi-Axis 3D Printing" published in Journal of Manufacturing Processes.
New paper "Digital twins for hand gesture-guided human-robot collaboration systems" published in IMechE Part B.
An automated framework utilizing Large Language Models to directly translate natural language descriptions and STL models into equipment-specific G-code for continuous fiber additive manufacturing.
An integrated manufacturing approach fusing multi-physics fields, toolpaths, and material testing. It embeds in-situ damage monitoring and intrinsic intelligence into CFRPCs, enabling the fabrication of proprioceptive robot limbs.
A 3D weaving toolpath constructed by a 5-layer cyclic structure to improve inter-layer bonding and reduce anisotropy.
Continuous fiber-reinforced printing on standard FFF platforms with spatial continuous toolpath planning.
Multi-axis robotic extrusion system enabling printing on spatial and curved surfaces.
Rule-based topology optimization using defeasible logic to accumulate and reuse design knowledge.
Associate Professor
Affiliations:
Rapid Manufacturing Center, Shanghai University
Engineering Training Center, Shanghai University
Research Interests:
Computational Fabrication, Additive Manufacturing, Computer-aided Design, Biomanufacturing, Augmented Reality, and Robotics.
Contact:
[email protected]