Oxidation of Nitinol (2003)
Authors: Lucy Zhu, Jennifer Fino and Alan R. Pelton
Citation: Proceedings of SMST-2003, Monterey, CA, eds., A.R. Pelton and T.W. Duerig, 357-366 (2004).
Oxidation of Nitinol and Its Effect on Corrosion Resistance (2003)
Authors: Zhu, Trepanier, Fino, Pelton
Citation: ASM Materials & Processes for Medical Device Conference 2003
Finite Element Analysis and Experimental Evaluation of Superelastic Nitinol Stents (2003)
Authors: Xiao-Yan Gong, Alan R. Pelton, Tom W. Duerig, Nuno Rebelo, and Ken Perry
Citation: Proceedings of SMST-2003, Monterey, CA, eds., A.R. Pelton and T.W. Duerig, 443-451 (2004).
Nitinol Fatigue: A Review of Microstructures and Mechanisms (2015)
In this Journal of Materials Engineering and Performance paper published in February 2011, Alan Pelton reviews the fundamental principles Nitinol fatigue from a microstructural perspective. ...continue reading
Authors: A. R. Pelton
Citation: Journal of Materials Engineering and Performance, 16 February 2011
Runciman: Multiaxial fatigue and life prediction (2011)
Presented at SMST-2010, and now published in the journal Biomaterials, Amanda Runciman and her collaborators present new studies on the multiaxial fatigue performance of Nitinol. ...continue reading
Authors: Amanda Runciman, David Xu, Alan R. Pelton, Robert O. Ritchie
Citation: Biomaterials (2011), doi:10.1016/j.biomaterials.2011.03.057
The Thermal Transformation from Austenite to Martensite and the Origin of Shape Memory
In this introduction to the second chapter of Nitinol: The Book, Tom introduces the shape memory effect as it relates to phase transformations in metals. ...continue reading
Phase Transformations in Metals
In Chapter 2 of Nitinol: The Book, Tom introduces some basics principles of phase transformations in metals. As unusual as Nitinol is, the superelastic and shape memory properties driving these are a byproduct of phase transformations that are ubiquitous in virtually all materials. Read on to learn more, including why Napoleon's Russian invasion failed because of a phase transformation... ...continue reading
SMST-2010: The Effect of Material Removal on the Corrosion Resistance of Laser-cut and Wire-form Products
In this SMST-2010 presentation, Jennifer presents data comparing the corrosion and biocompatibility performance of wire formed and laser cut stents having virtually identical starting geometry. Both groups were electropolished to remove <5%, <10%, and <25% material. Results indicate that the corrosion resistance increases with the amount material removal, and less material removal is required for ...continue reading
The Future
What does the future hold for Nitinol? In this chapter, Tom speculates about the potential of shape memory applications, R-phase, and such emerging technologies as thin-film constructs, and porous Nitinol. ...continue reading
Introducing NitinolUniversity.com
About two years ago, in May 2008, NDC regained its independence as a privately held company. To celebrate our one year anniversary, in May 2009, we launched a new brand identity and website at www.nitinol.com. This year, for our two year anniversary, we introduce a new feature of the website, NitinolUniversity.com ...continue reading