Fatigue and fracture IV

Thursday, May 7, 2026: 3:45 PM-5:15 PM
Prof. William LePage, University of Tulsa, Dr. Maximilien E. Launey, G.RAU Inc and Dr. Jason D. Weaver, U.S. Food and Drug Administration
3:45 PM
Mechanical performance of seven low-inclusion Nitinol grades for medical device applications
Dr. Daniel Janda, Gore Medical; Mr. Dane Hyer-Peterson, Gore Medical; Mr. Chris Glomb, Gore Medical
4:05 PM
Fatigue Behavior of Superelastic Nitinol: Effects of Melting Methods, Microstructure, and Loading Conditions
Dr. Behnam Amin-Ahmadi, Confluent Medical Technologies, Inc.; Dr. Behrouz Haghgouyan, Confluent Medical Technologies, Inc.; Mr. Marco Lopez, Confluent Medical Technologies; Dr. Andreas Wick, Confluent Medical Technologies
4:25 PM
Wire Rotary Bending Fatigue Characteristics of AltusTM Nitinol Compared Against Multiple Suppliers
Dr. Kyle Fezi, Fort Wayne Metals Research Products, LLC; Mr. Craig Myers, Fort Wayne Metals Research Products, LLC; Mr. Stephen Mitchell, Fort Wayne Metals Research Products, LLC
4:45 PM
Fatigue-to-Fracture of Generation III Nitinol
Dr. Louis G Malito, Ph.D., P.E., Resonetics; Mr. Kyle Chapman, Resonetics; Mr. Ryan Buesseler, Quartus Engineering; Mr. Igor Drugov, Resonetics; Dr. Andrew Pequegnat, Resonetics; Dr. Scott Robertson, Ph.D., Resonetics
5:05 PM
Breaking Boundaries: Next-Gen NiTi Alloys for High-Performance Medical Devices
Dr. Alberto Coda, BioActiveMetals S.r.l.; Dr. Jannis Lemke, BioActiveMetals S.r.l.
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