Abstract
Using a combination of theory and molecular dynamics simulations, we show how solid behaviour emerges in amorphous materials from microscopic considerations. The effect on the systems response to a sudden change in strain, upon entering the history dependent glass state, is focused on. An important symmetry that is always present in a fluid state, is shown to be broken for a simulated history dependent amorphous solid. Details of how this applies to a single sample and an ensemble of independent samples are discussed, along with the dependence on the time scale the system is monitored on. © 2011 American Institute of Physics.
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CITATION STYLE
Williams, S. R. (2011). Communication: Broken-ergodicity and the emergence of solid behaviour in amorphous materials. Journal of Chemical Physics, 135(13). https://doi.org/10.1063/1.3650323
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