Titlebook: Convective Heat Transfer From Rotating Disks Subjected To Streams Of Air; Stefan aus der Wiesche,Christian Helcig Book 2016 The Author(s)

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Introduction, extensively in the scientific literature for several decades. In addition to a large number of technical papers, several monographs [1–4] about this topic are also available. Today, research dedicated to flow and heat transfer phenomena in rotating disk systems is still being performed, as demonstr

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Basic Principles,t these principles can be found in the literature, and it is therefore not necessary to present all of their implications here. The flow over an inclined disk with finite thickness is in general three-dimensional and characterized by flow separation. The transitions between different flow and heat t

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Axisymmetric Configurations, self-similar solutions. These solutions cover the free rotating disk without any additional forced flow and the rotating disk placed perpendicular to a uniform stream. They represent important limit cases for the more general configuration of an inclined rotating disk, and since there are a lot of

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Heat Transfer Correlations for Practical Applications,phenomena exist. It is possible to a large extent to formulate separately adequate heat transfer correlations for the different flow and heat transfer regimes, but these correlations are limited to the considered phenomena. For instance, in the case of a stationary disk, the mean convective heat tra

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