Effects of Axial-plane Curvature and Passage-area Variation on Flow Capacity of Radial-discharge Impeller with Conventional Inlet Buckets
Effects of Axial-plane Curvature and Passage-area Variation on Flow Capacity of Radial-discharge Impeller with Conventional Inlet Buckets

Author: William K. Ritter

Publisher:

Published: 1946

Total Pages: 560

ISBN-13:

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It was concluded that the volume flow capacity of a conventional-type radial-discharge impeller may be greatly increased by utilizing a rear shroud profile of large radius of curvature and a large impeller axial depth to give a gradual change in direction tthrough the impeller passage.