We’ve got the etching process working for Titanium Alloys!

We are excited to announce our latest publication in Additive Manufacturing demonstrating a new Self-Terminating Etching Process (STEP) for titanium alloys.  It if the first work exploiting sulfur-based corrosion and scale formation to improve Additive Manufacturing....

Publication on Support Width and Etching Optimization

Our latest work on the Self-Terminating Etching Process (STEP) for stainless steel just got published in the Journal of Materials Special Topic: Additive Manufacturing for Energy Applications. Support Thickness, Pitch, and Applied Bias Effects on the Carbide...

New Publication in Scripta Materialia

We’ve got a new publication with Mohsen Asle Zeem’s group in Scripta Materialia Unveiling the role of atomic defects on the electronic, mechanical and elemental diffusion properties in CuS. Abstract: Effects of atomic defects on electronic properties,...

Publication on Self-Terminating Etching Processes for Inconel

Additive Manufacturing just published our article Microstructure and corrosion properties of sensitized laser powder bed fusion printed Inconel 718 to dissolve support structures in a self-terminating manner.  This shows that the original etching process we developed...

New Publication on Adhesion of Reactive Silver Inks

We just had our latest work studying the Adhesion of reactive silver inks on indium tin oxide films published in Electronic materials. Abstract: Many emerging photovoltaic technologies, such as silicon heterojunction (SHJ) cells and perovskites, are temperature...

New publication in Journal of Electrostatics

Journal of Electrostatics just published our work studying Ultra near-field electrohydrodynamic cone-jet breakup of self-reducing silver inks.  This was a great project studying the impact of electric field strength on the cone-jet breakup in electrohydrodynamic...