Field strength effect on elastoplastic behavior of aluminoborosilicate glass: II. Volumetric recovery

The field strength (FS) effect of six different network modifiers on the elastoplastic properties of aluminoborosilicate glasses was explored using a volumetric recovery study. This work, in conjunction with Part I, explored the intersection of hardness, crack resistance, and other physical properties with glass elasticity. Results showed that (1) the elastic volume fraction decreased with FS for both the alkali and alkaline earth (AE) glasses; (2) the Poisson's ratio did not trend with pile-up or shear flow volume fraction; (3) the elastic-to-plastic deformation ratio increased with applied load and decreased with modifier FS for both the alkali and AE glasses; and (4) an increase in plasticity correlated with increased hardness, crack resistance, and elastic moduli.

Automated summary

The field strength effect of different network modifiers on the elastoplastic properties of aluminoborosilicate glasses was investigated through a volumetric recovery study. This research, along with Part I, examined the relationship between hardness, crack resistance, and other physical properties with glass elasticity. The results showed that the elastic volume fraction decreased with field strength for both alkali and alkaline earth glasses. The Poisson's ratio did not exhibit a trend with pile-up or shear flow volume fraction. The elastic-to-plastic deformation ratio increased with applied load and decreased with modifier field strength for both alkali and alkaline earth glasses, and an increase in plasticity correlated with increased hardness, crack resistance, and elastic moduli.