Non-Newtonian pseudoplastic liquid flow through small diameter piping components
TK Bandyopadhyay, SK Das - Journal of Petroleum Science and …, 2007 - Elsevier
Journal of Petroleum Science and Engineering, 2007•Elsevier
Experimental investigation have been carried out to evaluate the frictional pressure drop
across different piping components such as orifices, gate and globe valves, elbows and
bends in 0.0127 m piping components for non-Newtonian pseudoplastic liquid in laminar
flow. Empirical correlations have been developed for the prediction of the frictional pressure
drop in terms of the various physical and dynamic variables of the system.
across different piping components such as orifices, gate and globe valves, elbows and
bends in 0.0127 m piping components for non-Newtonian pseudoplastic liquid in laminar
flow. Empirical correlations have been developed for the prediction of the frictional pressure
drop in terms of the various physical and dynamic variables of the system.
Experimental investigation have been carried out to evaluate the frictional pressure drop across different piping components such as orifices, gate and globe valves, elbows and bends in 0.0127 m piping components for non-Newtonian pseudoplastic liquid in laminar flow. Empirical correlations have been developed for the prediction of the frictional pressure drop in terms of the various physical and dynamic variables of the system.
Elsevier
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