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“Large-Stroke and High-Strength Actuator Materials for Adaptive Structures K. Ullakko (1996)
K. Ullakko, “Large-Stroke and High-Strength Actuator Materials for Adaptive Structures,”Proc. of 3rd International Conference on Intelligent Materials and 3rd European Conference on Smart Structures and Materials, to be held 3–5 June 1996 (Lyon, France), INSA de Lyon, France and University of Stratchlyde, UK, 6 p
Ferromagnetism R.M. Bozorth (1993)
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High-Power Magnetostrictive Transducer Materials A.E. Clark (1992)
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“Aging of Iron-Based Martensites at Low Temperatures K. Ullakko (1992)
K. Ullakko, “Aging of Iron-Based Martensites at Low Temperatures,” Report No. 3/1992/MTR, Helsinki University of Technology, ISBN 951-22-1101-7, 1992, p 1-137
Peculiarities of Martensitic Transformations Induced by Magnetic Field V.D. Sadovsky (1996)
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V. Martynov, V. Kokorin (1992)
The crystal structure of thermally- and stress-induced Martensites in Ni2MnGa single crystalsJournal De Physique Iii, 2
K. Ullakko, P. Jakovenko, V. Gavriljuk (1996)
High-strength shape memory steels alloyed with nitrogenScripta Materialia, 35
K. Ullakko, P. Yakovenko, V. Gavriljuk (1996)
New developments in actuator materials as reflected in magnetically controlled shape memory alloys and high-strength shape memory steels, 2715
K. Ullakko (1996)
Large-stroke and high-strength actuator materials for adaptive structures, 2779
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P.T. Jakovenko K. Ullakko (1996)
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Magnetic Control of Shape Memory Effect K. Ullakko (1995)
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THE INSTITUTE OF ELECTRICAL AND ELECTRONICS ENGINEERS
P.T. Jakovenko K. Ullakko (1996)
K. Ullakko, P.T. Jakovenko, and V.G. Gavriljuk, High-Strength Shape Memory Steels Alloyed with Nitrogen,Scr. Metall. Mater., Vol. 34,1996, 6 p
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Effects of coherent interfaces in the freshly formed ironnickelcarbon martensitesActa Metallurgica Et Materialia, 40
P.T. Jakovenko K. Ullakko (1996)
(San Diego
T. Duerig, K. Melton, J. Proft (1990)
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Smart Materials and Structures M.V. Gandhi and B.S. Thompson (1992)
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Abstract Materials that develop large strokes under precise and rapid control exhibit a great potential in mechanical engineering. Actuators made from those kinds of materials could replace hydraulic, pneumatic, and electromagnetic drives in many applications. However, no such materials are available to date. Piezoelectric and magnetostrictive materials exhibit rapid response, but their strokes are small. In shape memory alloys, strokes are large, but their control is slow due to thermomechanical control. Magnetic control of the shape memory effect was recently suggested by the present author for a principle of new kinds of actuator materials. These materials can develop strains of several percent, and their control is rapid and precise. Actuation of these materials is based on the reorienting of the twin structure of martensite or the motion of austenite-martensite interfaces by applied magnetic field. In the present report, magnetically induced motion of the austenite-martensite interfaces is demonstrated in an Fe-33.5Ni alloy.
Journal of Materials Engineering and Performance – Springer Journals
Published: Jun 1, 1996
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