ICAMS / Interdisciplinary Centre for Advanced Materials Simulation

High-temperature shape memory alloys

From fundamental insight to application

High-temperature shape memory alloys (HT-SMA) exhibit a shape memory effect above 100°C and are very attractive for applications in engineering, aviation and automobile industry. Recently, the Ti-Ta system has been shown to be a promising candidate for a new class of HT-SMAs.

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Within the DFG research unit FOR1766 fundamental insight into and characterisation of HT-SMAs is achieved through a close collaboration of experimental and theoretical projects. A particular focus will be on the Co-Ni-X system (pseudo-elasticity) and Ti-Ta-X system (actuators). The research unit involves projects at the Leibniz University Hannover, the Ludwig Maximilian University Munich as well as at the Institute for Materials (RUB) and at ICAMS (RUB).

Visit the website of the programme.

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