The melt flow properties of PVC suspensions with henequen, coconut and bovine leather, in
their raw condition, and after extraction of all their low molecular weight substances were …

The flow properties of three different PVC‐natural fiber suspensions were evaluated using a
torque‐rheometer. The fibers used were extracted from henequen leaves, coconut husk, and …

The effect of the water insoluble solids (WIS) content, the particle size, and the water holding
capacity on the rheological properties of fiber suspensions has been studied. The flow …

To manufacture composite materials effectively one needs to predict fiber orientation in final
product and rheological properties of fiber suspended polymer melt accurately. One of the …

This paper reviews past studies on the measurement of rheological properties of pulp fibre
suspensions. Such suspensions are complex fluids important in the manufacture of many …

Flow behavior of polymer liquids filled with short fibers (particulate fillers) was theoretically
analyzed from the point of view of the free volume theory. Assuming that the filler addition …

An experimental study and a numerical modeling analysis are carried out to examine the
effects of fiber‐fiber interactions and coupling between fiber orientation and polymer chains …

The rheological behavior of model suspensions consisting of a Newtonian silicone oil and
fibers of different flexibilities have been investigated in steady and transient shear flows …

The viscous properties of polyethylene melts filled with glass fibers (GF) and carbon fibers
(CF) by three different methods were studied. The fiber length and the distribution of the fiber …

The influence of short fibre addition on the rheological behaviour of different non-Newtonian
fluids is investigated experimentally. Two types of suspending fluids are considered: power …