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- W3199374728 abstract "Soft glassy materials such as mayonnaise, wet clays, or dense microgels display a solid-to-liquid transition under external shear. Such a shear-induced transition is often associated with a nonmonotonic stress response in the form of a stress maximum referred to as stress overshoot. This ubiquitous phenomenon is characterized by the coordinates of the maximum in terms of stress σ_{M} and strain γ_{M} that both increase as weak power laws of the applied shear rate. Here we rationalize such power-law scalings using a continuum model that predicts two different regimes in the limit of low and high applied shear rates. The corresponding exponents are directly linked to the steady-state rheology and are both associated with the nucleation and growth dynamics of a fluidized region. Our work offers a consistent framework for predicting the transient response of soft glassy materials upon startup of shear from the local flow behavior to the global rheological observables." @default.
- W3199374728 created "2021-09-27" @default.
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- W3199374728 date "2021-09-27" @default.
- W3199374728 modified "2023-10-10" @default.
- W3199374728 title "Stress Overshoots in Simple Yield Stress Fluids" @default.
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- W3199374728 doi "https://doi.org/10.1103/physrevlett.127.148003" @default.
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