This analysis presents explicit predictions for capillary rise and depression in cylindrical geometries, highlighting how contact angle is influenced by adhesive and cohesive forces.
In this second part, we present the explicit analytical expression of the framework introduced in Part I. The formulation yields closed-form predictions for capillary rise and depression in cylindrical geometries and extends naturally to a wide range of configurations. It shows that the contact angle, rather than being a primitive parameter, emerges as a measurable consequence of adhesive and cohesive forces. The resulting expression quantitatively links wettability to material properties, gravity and geometry, without recourse to empirical fitting parameters. Several interfacial phenomena are revisited within this unified description.
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Noureddine Djama (2025) studied this question.
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