Titlebook: Advances in Shape Memory Materials; In Commemoration of Qingping Sun,Ryosuke Matsui,Elżbieta A. Pieczyska Book 2017 Springer International

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斜坡

Mathematical Reconstruction of the Enigmaperature profiles of polycrystalline superelastic NiTi SMA. NiTi column is subjected to displacement-controlled cyclic compressive loading in the room temperature ambient air over the frequency range of 0.0007–40 Hz. At low frequencies (0.0007–0.02 Hz) and intermediate frequencies (0.04–7 Hz), the d

DNR215

https://doi.org/10.1007/978-3-319-27340-2 because of earthquake, typhoon and related natural disasters. Thus, it is important to investigate rate sensitivity of the alloy. In this study, experimental research works done by the authors on the rate sensitivity of deformation and transformation behavior in Fe-based shape memory alloys are summarized with reviewing some related papers.

纬度

斗志

Monica J. Ruiz-Miró,Margaret Miró-Juliàows a metamagnetic phase transition with small transition temperature hysteresis. The magnetization experiments for the 5 µm film reveal a drastic magnetization change . of 26 emu/g at 0.05 T and a martensitic transformation finish temperature change .. of −8.5 K at 5 T.

Guaff豪情痛饮

Intelligent Shape Memory Actuators,into contact with body in the medical actuators. The three-way and three-dimensional actuators of simple mechanism can be developed by applying the shape memory composite with various kinds of shape-memory alloy and polymer.

套索

Structural and Magnetic Properties of Magnetic Shape Memory Alloys on Ni-Mn-Co-In Self-standing Filows a metamagnetic phase transition with small transition temperature hysteresis. The magnetization experiments for the 5 µm film reveal a drastic magnetization change . of 26 emu/g at 0.05 T and a martensitic transformation finish temperature change .. of −8.5 K at 5 T.

Formidable

Incompetent

咯咯笑

Sara D. Cardell,Amparo Fúster-Sabaterns of cantilever beams with various SMA foils bonded on their both surfaces were simulated numerically. It was seen that bonding SMA foils is effective for the damping enhancement in some cases. Furthermore, it was found that adequate mechanical or/and thermal treatment for SMA foils improves the damping performance.