Extended Data Fig. 5: Fitting of the experimental data to the elastic FE simulations for both ZrCuNiAl(O) and NiSiCrFeB(O) metallic-glass nanotubes. | Nature Materials

Extended Data Fig. 5: Fitting of the experimental data to the elastic FE simulations for both ZrCuNiAl(O) and NiSiCrFeB(O) metallic-glass nanotubes.

From: Oxidation-induced superelasticity in metallic glass nanotubes

Extended Data Fig. 5

a. FEM fitting of the elastic modulus for both ZrCuNiAl(O) and NiSiCrFeB(O) metallic-glass nanotubes. The insect = the wavy profile with thickness = 15 nm, wavelength = 80 nm, and amplitude = 5 nm, b. FEM fitting of the elastic modulus for both ZrCuNiAl(O) and NiSiCrFeB(O) metallic-glass nanotubes. The insect = the wavy profile with thickness = 25 nm, wavelength = 105 nm, and amplitude = 10 nm.

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