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Energetics of macroscopic helical domain in different tube geometries and loading

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Academic year: 2020

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Fig. 1. (a) Shape of the helical domain in a tube and the overall necking leading to the bending energy of the tube; (b) the macroscopic misfit between martensite and the austenite regions along the wall-thickness direction, which contributes to the main p
Fig. 2. (a) 5 surface profiles measured for the calculation of the tube mid-surface deflection; (b) the linear
Fig. 3. (a) Surface profiles domains in of strips of different thicknesses; (b) the dependence of the local thickness misfit (Δh) and axial front thickness  la on strip thicknesses h
Fig. 4.  The experimental measurements of the coil number N of the helical domain in seven different NiTi tube samples used and the theoretical prediction Eq

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