| Autor: |
Epikhin, V. E., Kulago, A. E., Shkadov, V. Ya. |
| Zdroj: |
Fluid Dynamics; September 1980, Vol. 15 Issue: 5 p656-663, 8p |
| Abstrakt: |
Considerable interest attaches to the study of a jet of viscous liquid in a field of body forces that depend on an axial coordinate. Such flows are realized when slag cotton is obtained by the action on a molten mineral of the centrifugal force of drums rotating in the vertical plane [1]. The behavior of a film of liquid on a rotating cylinder was considered in [2, 3]. The instability of a molten layer and jet separation are explained on the basis of the Taylor mechanism in [4]. In the present paper, a particular solution is given for accelerating nonisothermal jets of a viscous incompressible liquid. This solution is used to explain the dynamics of jet separation from a uniformly rotating drum. The flow stability is analyzed. |
| Databáze: |
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| Externí odkaz: |
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