โ Scribed by T.H. Hwang; M.K. Jensen
No coin nor oath required. For personal study only.
Analysis is carried out for fully-developed, laminar dispersed flow heat transfer in eccentric annuli for post-dryout conditions where the inner wall is maintained at a constant temperature while the outer wall is insulated. The heat transfer contribution of saturated droplets in the superheated vapor stream is considered as distributed heat sinks. The size and the population density of the droplets are considered as constants. The results indicate no explicitly dependence of vapor temperature profile on the mean vapor temperature, which is different from previous investigations. The effects of the droplet characteristics on the convection heat transfer are studied for a wide range of eccentrities and radius ratios.
๐ SIMILAR VOLUMES
## Abstract A solution is presented for the temperature distribution in a fluid flowing in an eccentric annulus formed with circular cyclinders under the assumption of slug flow. The flow is assumed to be fully developed thermally with constant thermophysical properties. The outer surface is assume