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Original Articles

Effect of Solid Particles on the Thermal Conductivity of Mango Juice in a Shear Flow Field

Pages 885-895 | Received 20 Jul 2007, Accepted 06 Apr 2008, Published online: 21 Aug 2009

Figures & data

Figure 1 Viscosity-shear rate curves for (a) pure mango juice and (b) with solids.

Figure 1 Viscosity-shear rate curves for (a) pure mango juice and (b) with solids.

Table 1 Thermal conductivity, W/mK values at various shear rate, particle size and temperature for mango juice

Table 2 Effect of solids concentration on thermal conductivity at various shear rates and 30ºC

Figure 2 Thermal conductivity vs time shear for mango juice at 30ºC.

Figure 2 Thermal conductivity vs time shear for mango juice at 30ºC.

Figure 3 Viscosity vs time of shear at constant shear rate of 100 s−1.

Figure 3 Viscosity vs time of shear at constant shear rate of 100 s−1.

Figure 4 Predicted thermal conductivity values for: (a) pure juice at 50ºC; (b) with fines at 30ºC; (c) with medium particles at 40ºC; and (d) with coarse particles at 50ºC.

Figure 4 Predicted thermal conductivity values for: (a) pure juice at 50ºC; (b) with fines at 30ºC; (c) with medium particles at 40ºC; and (d) with coarse particles at 50ºC.

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