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- W598505345 abstract "The steady-flow properties of suspensions of powdered glass fibers in polystyrene solutions were measured by means of a coaxial cylinder type rheometer at rates of shear higher than 1 sec<BUP>-1</BUP>. The powdered glass fibers used were short rods in shape. The content of solid particles ranged from 0 to 50wt%. Experimental results reveal that the temperature dependence of steady-flow properties for the suspensions is similar to that for the medium.However, at low rates of shear, the viscosity for suspensions of higher particle contents increased with decreasing rate of shear, indicating that some structure was formed by the solid particles. Double logarithmic plots of the viscosity vs. shear rate for various suspensions were superposable into a master curve by horizontal and vertical shifts over a wide range of the variables, except for the so-called second plateau region. For all the suspensions employed in this study, the horizontal shift factor was equal to the vertical shift factor regardless of the particle content and medium viscosity. This suggests that the increase in relative viscosity of suspensions is due to the increase in relaxation times rather than to the reinforcing effect of the suspended particles. However, the increase in viscosity in the so-called second plateau region could also result from the formation of some internal structure in suspensions." @default.
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- W598505345 date "1976-01-01" @default.
- W598505345 modified "2023-10-05" @default.
- W598505345 title "The Rheological Properties of Suspensions of Glass Fibers in Polystyrene Solutions. (1)" @default.
- W598505345 doi "https://doi.org/10.1678/rheology1973.4.4_149" @default.
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