Self-sensing of printed polymer structures
AssigneeUT-Battelle, LLC
InventorsVlastimil Kunc, Ahmed A. Hassen, Pooran C. Joshi, Seokpum Kim, John M. Lindahl, Chad E. Duty, Jordan A. Failla, Tyler C. H. Smith
Life of this patent
Estimating the term…
Loading patent…
AssigneeUT-Battelle, LLC
InventorsVlastimil Kunc, Ahmed A. Hassen, Pooran C. Joshi, Seokpum Kim, John M. Lindahl, Chad E. Duty, Jordan A. Failla, Tyler C. H. Smith
Estimating the term…
A structural health monitoring method is provided that utilizes self-sensing printed polymer structures. The method is based on resistivity properties of conductive materials, which can be integrated to a 3D printed polymer structure during additive manufacturing. An article to be monitored has at least one 3D printed polymer structure including a circuit comprising at least one conductive pathway extending through a non-conductive material. The resistance across the circuit is measured during or after loading of the article to determine a resistance value. The measured resistance value is compared to a known resistance value, and based on the comparison, a defect can be detected in the 3D printed polymer structure. Structural health monitoring systems and articles with integrated structural health monitoring are also provided.
A method for monitoring the structural health of an article, comprising:
A structural health monitoring system for detecting defects in an article, comprising:
Dependencies are inferred from the claim text.