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Power and Mean Flow Characteristics in Mixing Vessels Agitated by Hyperboloid Stirrers by Pinhoa F.T., Piqueirob F.M., Proençab M.F., Santosc A.M. is a nonfiction available to read on EtoBox.

What is Power and Mean Flow Characteristics in Mixing Vessels Agitated by Hyperboloid Stirrers about?

The mean flow and energy consumption in vessels powered by hyperboloid stirrers was investigated. The Newton number followed an inverse linear law for Reynolds numbers below approximately 200, which had values more than twice higher the corresponding Newton number for a standard Rushton turbine. At high Reynolds number flows the Power number varied between 0.5 for a D/T= 0.78 impeller to 0.95 for a D/T= 0.24 impeller, as compared to a value of 5 for the standard Rushton stirrer, and to values of 0.31 and 1.58 for the Chemineer and Prochem hydrofoils.

Who reads Power and Mean Flow Characteristics in Mixing Vessels Agitated by Hyperboloid Stirrers?

Author

Pinhoa F.T., Piqueirob F.M., Proençab M.F., Santosc A.M.

Language

EN

Category

nonfiction

Subjects

Science, Chemistry, Stem