Ultrasound shifts the shear-thickening transition in dense adhesive suspensions to higher shear rates by destabilizing force networks via pore-scale hydrodynamic fluctuations, producing continuous fluidization without a sharp threshold.
Zarembo, inHigh-intensity ultrasonic fields (Springer, 1971) pp
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Acoustic modulation of shear thickening transition in dense adhesive suspensions
Ultrasound shifts the shear-thickening transition in dense adhesive suspensions to higher shear rates by destabilizing force networks via pore-scale hydrodynamic fluctuations, producing continuous fluidization without a sharp threshold.