Stanene the next miracle material?

doi:10.1002/cind.789_5.x

Chemistry & Industry

2014

DOI: 10.1002/cind.789_5.x

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Stanene the next miracle material?

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Elastic moduli tensors, ideal strength, and morphology of stanene based on an enhanced continuum model and first principles

Shodja

Ojaghnezhad

Etehadieh

et al. 2017

Mechanics of Materials

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The present work aims to provide an accurate description of the tensile behavior of the planar as well as low-buckled stanene and to capture their ideal strength in armchair (AC)-and zigzag (ZZ)-directions. For an accurate description of anisotropic response of such hyperelastic materials as stanene, consideration of a highly nonlinear constitutive model in which up to the fourth power of strains is incorporated is inevitable. By utilizing first principles calculations based on density functional theory (DFT), the second, third, fourth, and fifth order elastic moduli tensors corresponding to both planar and low-buckled states are obtained. Moreover, the morphology of the freestanding stanene such as bond length and lattice parameter is determined; for low-buckled stanene two additional parameters, namely, buckling height and dihedral angle are computed. The effects of uniaxial and biaxial loadings

show abstract

Elastic moduli tensors, ideal strength, and morphology of stanene based on an enhanced continuum model and first principles

Shodja

Ojaghnezhad

Etehadieh

et al. 2017

Mechanics of Materials

View full text Add to dashboard Cite

show abstract

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Stanene the next miracle material?

Cited by 1 publication

References 6 publications

Elastic moduli tensors, ideal strength, and morphology of stanene based on an enhanced continuum model and first principles

Elastic moduli tensors, ideal strength, and morphology of stanene based on an enhanced continuum model and first principles

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