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Spherical Particles and Drops at Arbitrary Peclet Numbers

Spherical Particles and Drops at Arbitrary Peclet Numbers [Pg.199]

To calculate the mean Sherwood number for an arbitrary laminar flow past spherical particles, drops, and bubbles in the entire range of Peclet numbers, one can use the interpolation formula [Pg.199]

Let us consider the behavior of this function in various limit cases. Since Shst - 1 as Pe - 0, we see that Eq. (4.12.6) yields the exact result (4.3.14) [Pg.199]

Maximum error of Eq. (4.12.3) for various types of flow past spherical drops, bubbles, and solid particles [Pg.200]

No Dispersed phase Flow type Solution method Error, % Sources [Pg.200]




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Arbitrariness

Arbitrary

Drop number

Particle Peclet number

Particle number

Particle sphericity

Peclet

Peclet number

Spherical drop

Spherical particles

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