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Subroutine for Settling Velocities of Spheres
Numerous engineering studies require the settling velocity of particles in quiescent water. The problem is complicated by having to determine the Reynolds number-drag coefficient relationship for the particle size, density, and viscosity conditions that pertain. If the relationship is in the transition range between purely viscous resistance and eddying resistance a nettling, if not difficult, trial-and-error solution ensures.
Subroutine for Settling Velocities of Spheres
Numerous engineering studies require the settling velocity of particles in quiescent water. The problem is complicated by having to determine the Reynolds number-drag coefficient relationship for the particle size, density, and viscosity conditions that pertain. If the relationship is in the transition range between purely viscous resistance and eddying resistance a nettling, if not difficult, trial-and-error solution ensures.
Subroutine for Settling Velocities of Spheres
Sonnen, Michael B. (author)
Journal of the Hydraulics Division ; 103 ; 1097-1101
2021-01-01
51977-01-01 pages
Article (Journal)
Electronic Resource
Unknown
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