Angle and eccentricity of a fiber inside a nozzle modulate Rayleigh-Plateau bead velocity, spacing and volume, with angle dominating when both are present; an empirical scaling yields a unified viscous force law.
B, More details are avialable on the webpage of the free software tracker at the link: https://physlets.org/tracker/, (2016)
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Rayleigh-Plateau Instability on an angled and eccentric fiber: An alternative approach
Angle and eccentricity of a fiber inside a nozzle modulate Rayleigh-Plateau bead velocity, spacing and volume, with angle dominating when both are present; an empirical scaling yields a unified viscous force law.