Convective flow from an impulsively-moving heated sphere

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Convective Flow, Heat Flux, Spheres, Temperature Distribution, Thermal Boundary Layer, Boundary Conditions, Equations Of Motion, Heat Transfer, Isotherms

Scientific paper

A time-dependent analysis is made of the temperature distribution within the boundary layer when a sphere is set impulsively into motion in a fluid of different temperature. The method of successive approximations is used for the solution of the equations of motion. The method provides satisfactory results for small time intervals after the commencement of the motion.

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