Revolutionizing Additive Manufacturing with Magnetic Fields: Fabricating Intelligent Bimetals

This research transforms additive manufacturing (AM) by integrating engineered magnetic fields for the direct production of intelligent bimetallic structures, focusing on Nitinol (NiTi) and stainless steel (SS). The Magnetic Field-Assisted Additive Manufacturing (MF-AM) process uses magnetic fields during laser-based techniques to control intermetallic compound formation.

The project aims to inhibit brittle intermetallic compounds at the NiTi/SS interface, enhancing interfacial adhesion, and explore the magnetic field's influence on NiTi microstructure for improved multi-directional functionality. It contributes to computational methodologies for microstructure-sensitive process design, offering profound insights into process parameters and mechanical property modifications.

Anticipated outcomes include academic publications, presentations, and workshops, enriching the scientific community's understanding of Magnetic Field-Assisted Additive Manufacturing advancements.