squeeze film

Tuesday, March 27, 2018 - 3:20pm - 3:50pm
Thomas Ward III (Iowa State University)
A drop of viscous-shear thinning fluid is squeezed between parallel-plane walls due to gravity. The liquid drop partially wets each surface with constant contact angle. A constant load of magnitude, F, applies a force that squeezes the drop until a critical time after which it begins to spread due to capillary pressure. The squeezed drop is examined both experimentally and theoretically for gap spacing smaller than the capillary length.
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