Fluid mixing technology

FIG. 6-39 Typical stirred tank configurations, showing time-averaged flow patterns for axial flow and radial flow impellers. From Oldshue, Fluid Mixing Technology, McGraw-Hill, New Yo7 k, 1983.)... 

Figure 5-3. Impeller styles and general sizes commonly in use in process industry plant. By permission, Oldshue, J. Y., Fluid Mixing Technology and Practice, Chem. Engr., June 13, 1983, p. 84 [25].

Figure 5-6A. Drawing of typicai lifter turbine. By permission, Old-shue, J. Y., Fluid Mixing Technology, 1983, Chemical Engineering McGraw-Hill Publications Co. [29],...

Gldshue, J. Y. Fluid Mixing Technology (McGraw-Hill, New York. 1983). 

Oldshue, J.Y., 1983, Fluid Mixing Technology , Mc-Graw Hill, N.York. 

James Y. Oldshue. Fluid Mixing Technology. New York McGraw-Hill, 1983. Jerry R. Morton, Richard W. Hicks, John G. Fenic. How to design agitators for desired process response. Chem Eng 1976 102-110. 

Oldshue JY. Fluid Mixing Technology. New York McGraw-Hill, 1983 72-93, 295-337. 

This section describes fluid mixing technology and is referred to in other sections in this handbook which discuss the use of fluid mixing equipment in their various operating disciplines. This section does not describe paste and dough mixing, which may require planetary and extruder-type mixers, nor the area of dry solid-solid mixing. 

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