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Robotic High‑Energy Hammering for Localized Microstructure and Stress Control
TS-073070 — Manufacturers need a flexible way to improve the quality of local material regions without heavy, fixed tooling or shallow, low‑energy peening. Today’s options often deliver limited depth of improvement, struggle on complex shapes, and can overload robots or require rework. A practical solutio…
  • College: College of Engineering (COE)
  • Inventors: Daehn, Glenn
  • Licensing Officer: Ashouripashaki, Mandana

Image-Guided Incremental Bending of Orthopedic Fixation Plates for Personalized Fit
TS-073051 — Surgeons routinely hand‑bend standard titanium or stainless‑steel fixation plates to conform to patient anatomy, a manual process that is time‑consuming, inconsistent, and prone to gaps, reversed bends, and unfavorable residual stress. Each of these factors can compromise fixation and outcom…
  • College: College of Engineering (COE)
  • Inventors: Daehn, Glenn
  • Licensing Officer: Ashouripashaki, Mandana

Hybrid Additive Manufacturing with Magnetic Field and Multi-Material Deposition for Advanced Metal Components
TS-072941 — Current additive manufacturing (AM) methods for high-performance alloys, such as Inconel 718, face significant challenges: poor control over microstructure, high porosity, and limited resistance to harsh environments (e.g., high temperature, hydrogen attack). These issues lead to premature failure…
  • College: College of Engineering (COE)
  • Inventors: Wolff, Sarah
  • Licensing Officer: Ashouripashaki, Mandana

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