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Shapes of Rigid and Fluid Particles
y Chapter 3 Slow Viscous Flow Past Spheres
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AIChE AIChEJ amplitude angle approximation aspect ratio axisymmetric boundary conditions boundary layer breakup bubble or drop bubbles and drops Chapter Chem contaminants continuous phase convection correlation creeping flow curve cylinders defined by Eq deformation diameter diffusion dimensionless disks dispersed phase drag coefficient drops and bubbles drops in air effect ellipsoidal equation external resistance factor Fluid Mech fluid particles fluid spheres form drag given by Eq Heat Mass Transfer heat transfer increases interface internal circulation liquid Masliyah Navier-Stokes equation normal Nusselt oblate obtained occurs orifice oscillations Ph.D Phys potential flow predicted pressure range Reynolds number rigid sphere rotation secondary motion shape Sherwood number shown in Fig shows slug spherical spherical-cap spheroids stagnant stagnation point steady Stokes Stokes flow stream function surface tension surface-active surfactant Table terminal velocity Thesis transfer rate turbulence Univ viscosity vorticity wake water drops