Swirl brakes optimization for rotordynamic performance improvement of labyrinth seals using computational fluid dynamics method
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DOI: 10.1016/j.triboint.2021.106990
Abstract: ABSTRACT The various lengths, clearances, numbers, and rotation angles of swirl brakes are investigated to evaluate their effects on the static and rotordynamic performance of the labyrinth seal using Computational Fluid Dynamics. With increasing number,… read more here.
Keywords: swirl brakes; using computational; fluid dynamics; computational fluid ... See more keywords