A product of height-averaged damping and forcing is introduced as a universal ranking parameter for capillary rise, and a genetic algorithm using it proposes channel shapes with faster modeled wicking.
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From wicking to anti-wicking: A universal framework for capillary dynamics
A product of height-averaged damping and forcing is introduced as a universal ranking parameter for capillary rise, and a genetic algorithm using it proposes channel shapes with faster modeled wicking.