Prediction of batch heat transfer coefficients for pseudoplastic fluids ...

LIST OF FIGURES
page
2-1 FlGW Behavior of Pseudoplastic5
3-1 Flow Patterns in Propeller Agitated Baffled Vessel
4-1 Heat Transfer Vessel
4-2 Location of Wall Thermocouples and Scale
4-3 Piping Diagram
4-4 Anchor Agitator
4-5 Recorder Chart
5-1 Effect of Impeller Height for Heating of Water;
5.2 inch Propeller
5-2 Effect of Impeller Height for Heating of Water;
Anchor
5-3 Effect of Impeller Height for Heating of Water;
6 inch Disk and Vane Turbine
5-4 Batch He~t Transfer Using Propellers
5-5 Batch Heat Transfer Using Propellers
6-1 Comparison of Newtonian Fluid Data with
Literature Correlations: Anchor
6-2 Comparison of Newtonian Fluid Data with
Literature Correlations: Paddle
6-3 Comparison of Newtonian Fluid Data with
Literature Correlations: Propeller
6-4 Comparison of Newtonian Fluid Data with
Literature Correlations: Turbines
A-I
A-2
Viscosity of 93.7% Glycerine Vs. 1/'1'
Correction Factor, f, in Equation for
Viscosity of 93.1% Glycerine
A-3 Constant Temperature Apparatus for
Viscometer
A-4 Rheology of 0.15 Percent Carpopol
A-S Rheology of 0.20 Percent Carbopol
A-6 Rheology of 0.24 Percent Carbopol
1
58
75
71
80
8S
92
109
109
110
122
125
134
136
137
139
160
162
161
176
171
178