Slip factor: (a) turbine inlet, (b) pump inlet, (c) comparison

Download scientific diagram | Slip factor: (a) turbine inlet, (b) pump inlet, (c) comparison with Busemann's data for centrifugal pumps from publication: Optimum incidence angle in centrifugal pumps and radial inflow turbines | A theoretical method is presented for establishing the optimum incidence angle in outward- and inward-flow runners. Relative through-flow and eddy vortex are considered separately in order to examine their influence on the vane inlet conditions. The action of the | Turbine, Centrifuges and Vortex | ResearchGate, the professional network for scientists.

Slip factor: (a) turbine inlet, (b) pump inlet, (c) comparison

Slip Factor Prediction for Impellers with Straight, Back-swept Blades

Through-flow streamlines for blade camber J ¼ 8 and solidity j ¼ 1

Slip Factor Prediction for Impellers with Straight, Back-swept Blades

PDF) Optimum incidence angle in centrifugal pumps and radial

Slip factor: (a) turbine inlet, (b) pump inlet, (c) comparison

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Frontiers Influence of Fluid Food Viscosity on Internal Flow

Flow patterns of (a) W and (b) W q¼0 for the optimum incidence

Slip factor: (a) turbine inlet, (b) pump inlet, (c) comparison

Slip factor: (a) turbine inlet, (b) pump inlet, (c) comparison

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The acceleration effect of pump as turbine system during starting