A two-element fractional Kelvin-Voigt model calibrated to quasi-static rheometer and high-frequency MRE data describes porcine brain viscoelasticity from 0 to 2100 Hz, with corona radiata stiffest and viscosity dominating at high frequencies.
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Combining quasi-static and high frequency experiments for the viscoelastic characterization of brain tissue
A two-element fractional Kelvin-Voigt model calibrated to quasi-static rheometer and high-frequency MRE data describes porcine brain viscoelasticity from 0 to 2100 Hz, with corona radiata stiffest and viscosity dominating at high frequencies.