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

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Monica J. Ruiz-Miró,Margaret Miró-Juliàects achieved are as follows. (1) Characteristics of shape memory alloy heat engine, (2) Thermomechanical properties of shape memory alloy, (3) Subloop deformation and influence of strain- and stress-rates on deformation, (4) Bending fatigue properties and enhancement of fatigue life of shape memory

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Nicolas Rashevsky: Mathematical Biophysicisty effect and superelasticity. Most SMA elements, with these characteristics, perform cyclic motions. In these cases, the fatigue property of SMA is one of the most important subjects in view of evaluating functional characteristics of SMA elements. The fatigue properties are complex since they depen

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Monica J. Ruiz-Miró,Margaret Miró-Julià Co targets. The RF power for the Ni-Mn-In target was kept at 200?W, and the DC power for the cobalt target was 8?W. The thicknesses of the deposited films were 1 and 5?μm. After deposition, the films were annealed at 1123?K for 3.6 ks for 1?μm and 1023?K for 3.6 ks?+?1173?K for 3.6 ks for 5?μm. The

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Lecture Notes in Computer Sciencee NiTi shape memory alloy shows different mechanical properties, such as higher hardness, higher transformation stress and higher yield strength, compared to the coarse grain NiTi polycrystal. The wear resistance of nanocrystalline NiTi with the grain sizes of 10, 42 and 80?nm has been studied by us