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Quasistatic Evolution of Sessile Drops and Contact Angle Hysteresis

机译:无滴液滴的准静态演变和接触角滞后

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摘要

We consider the classical model of capillarity coupled with a rate-independent dissipation mechanism due to frictional forces acting on the contact line, and prove the existence of solutions with prescribed initial configuration for the corresponding quasistatic evolution.We also discuss in detail some explicit solutions to show that the model does account for contact angle hysteresis, and to compare its predictions with experimental observations.
机译:我们考虑了毛细作用的经典模型,以及由于作用在接触线上的摩擦力而导致的速率无关的耗散机制,并证明了具有拟初始构造的解存在于相应的准静态演化过程中。表明该模型确实解决了接触角滞后问题,并将其预测结果与实验观察结果进行了比较。

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