Model Equations of Shape Memory Effect - Nitinol

Abstract

Even it has been already confirmed that SMA’s have high potential for robotic actuators, actuators included in space robotics, underwater robotics, robotics for logistics, safety, as well as “green robotics” (robotics for the environment, energy conservation, sustainable development or agriculture), the number of applications of SMA-based actuators is still quite small, especially in applications in which their large strains, high specific work output and structural integration potential are useful,. The paper presents a formulated mathematical model calculated for binary SMA (Ni-Ti), helpful to estimate the stress distribution along with the transformation ratio of a SMA active ele-ment.

Authors and Affiliations

Daniel AMARIEI, Ion VELA, Gilbert-Rainer GILLICH, Calin Octavian MICLOSINA

Keywords

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  • EP ID EP92035
  • DOI -
  • Views 123
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How To Cite

Daniel AMARIEI, Ion VELA, Gilbert-Rainer GILLICH, Calin Octavian MICLOSINA (2010). Model Equations of Shape Memory Effect - Nitinol. Analele Universitatii "Eftimie Murgu" Resita. Fascicula de Inginerie, 17(2), 11-16. https://europub.co.uk./articles/-A-92035