Figures & data
Table 1 Nutritional information per 100 g and pH
Figure 1 Shear Stress vs. shear rate for system fruit puree 5 at all temperatures: (□) 20°C; (•) 25°C; (Δ) 30°C; (♦) 35°C; (∇) 40°C.
![Figure 1 Shear Stress vs. shear rate for system fruit puree 5 at all temperatures: (□) 20°C; (•) 25°C; (Δ) 30°C; (♦) 35°C; (∇) 40°C.](/cms/asset/65ad78dd-3546-4ba0-ab28-d1ece0d48c47/ljfp_a_235834_o_f0001g.gif)
Figure 2 Viscosity vs. shear rate for system puree 5 at all temperatures: (□) 20°C; (•) 25°C; (Δ) 30°C; (♦) 35°C; (∇) 40°C.
![Figure 2 Viscosity vs. shear rate for system puree 5 at all temperatures: (□) 20°C; (•) 25°C; (Δ) 30°C; (♦) 35°C; (∇) 40°C.](/cms/asset/8770d0e6-1636-4efb-b766-aff69e6a9aba/ljfp_a_235834_o_f0002g.gif)
Figure 3 Viscosity vs. shear rate for all systems analyzed at: 20 and 40°C. (▾) Puree 1; (•) Puree 2; (♦) Puree 3; (□) Puree 4; (⋄) Puree 5.
![Figure 3 Viscosity vs. shear rate for all systems analyzed at: 20 and 40°C. (▾) Puree 1; (•) Puree 2; (♦) Puree 3; (□) Puree 4; (⋄) Puree 5.](/cms/asset/747a9399-d88a-4e13-88d9-bc8cdb8a4a83/ljfp_a_235834_o_f0003g.gif)
Figure 4 Viscosity vs. shear rate for different systems fitted with rheological models: (▾) Puree 1; (•) Puree 2; (♦) Puree 3; (□) Puree 4; (⋄) Puree 5.
![Figure 4 Viscosity vs. shear rate for different systems fitted with rheological models: (▾) Puree 1; (•) Puree 2; (♦) Puree 3; (□) Puree 4; (⋄) Puree 5.](/cms/asset/c5492c9c-1433-4812-add9-fe0b4d0eded4/ljfp_a_235834_o_f0004g.gif)
Table 2 Parameters of the Cross model for systems puree 1, 3, and 5
Table 3 Parameters of the Power Law model for systems puree 2 and 4
Figure 5 Response surfaces for the effect of temperature and total solids on rheological parameters of puree 4.
![Figure 5 Response surfaces for the effect of temperature and total solids on rheological parameters of puree 4.](/cms/asset/023df5a5-b546-4e53-a967-ef2e7207e312/ljfp_a_235834_o_f0005g.jpg)