Nonlocal elastic compliance for soft solids : theory, simulations, and experiments
Nonlocal elastic compliance for soft solids : theory, simulations, and experiments
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2008
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Physical Review E ; 78 (2008), 2. - 6106
Abstract
The nonlocal elastic response function is crucial for understanding many properties of soft solids. This may be obtained by measuring strain-strain autocorrelation functions. We use computer simulations as well as video microscopy data of superparamagnetic colloids to obtain these correlations for two-dimensional triangular solids. Elastic constants and elastic correlation lengths are extracted by analyzing the correlation functions. We show that to explain our observations displacement fluctuations in a soft solid need to contain affine (strain) as well as nonaffine components.
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530 Physics
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colloids,elastic constants
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FRANZRAHE, Kerstin, Peter KEIM, Gilles MARET, Peter NIELABA, Surajit SENGUPTA, 2008. Nonlocal elastic compliance for soft solids : theory, simulations, and experiments. In: Physical Review E. 78(2), 6106. Available under: doi: 10.1103/PhysRevE.78.026106BibTex
@article{Franzrahe2008Nonlo-9267, year={2008}, doi={10.1103/PhysRevE.78.026106}, title={Nonlocal elastic compliance for soft solids : theory, simulations, and experiments}, number={2}, volume={78}, journal={Physical Review E}, author={Franzrahe, Kerstin and Keim, Peter and Maret, Gilles and Nielaba, Peter and Sengupta, Surajit}, note={Article Number: 6106} }
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