The ratio of the advection cooling to the local cooling decreases with increasing radii.
Models with nominal radii o f 2 and 4 in. were used.
Secondly, and most importantly, the measurements were made a t distances ranging from 28 to 409 solid-phase radii.
The outer cylinders had radii of 16.0 and 17.5 mm.
The analysis leads to amplitude singularities for the standing waves at certain critical radii of the core.
The total computational region extended only 20 radii downstream (with free-stream condition).
The contact fronts move out to radii larger than the theoretical radius and then remain essentially stationary.
The drop to suspending fluid viscosity ratio is arbitrary and the drop radius varies from 0.5 to 1.15 tube radii.
