4.7 Article

Slow translation of a slightly deformed spherical fluid drop

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Thermocapillary migration of a deformed droplet in the combined vertical temperature gradient and thermal radiation

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Summary: The study analyzes the thermocapillary migration of a deformed droplet in a combined vertical temperature gradient and thermal radiations. The shape of the droplet depends on the form of the radiation flux, resulting in a slender or a cardioid shape. The deviation from a sphere is determined by viscosity and conductivity ratios, as well as capillary and thermal radiation numbers. Surface dilatational viscosity and internal energy affect the migration velocity, while surface shear viscosity does not. These findings have practical applications in microgravity and microfluidic fields.

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