Sublimation inside an Elastoplastic Material

Date
2008-10-03
Authors
Levitas, Valery
Altukhova, Nataliya
Levitas, Valery
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Altmetrics
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Aerospace Engineering
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Aerospace Engineering
Abstract

Thermodynamic and kinetic approaches for sublimation inside elastoplastic material under tensile stress are developed for large strains. Various conceptual problems related to irreversible plastic deformation are addressed for a spherical bubble. They include definitions of the thermodynamic driving forces and activation energies, nontraditional concepts of a critical nucleus, path dependence of its appearance, modes of its growth (sublimation or expansion due to loss of mechanical stability), and the possibility of reverse transformation. The kinetic relationships between sublimation pressure and temperature are obtained.

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This article is from Physical Review Letters 101 (2008): 145703, doi:10.1103/PhysRevLett.101.145703. Posted with permission.

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