The actual

shear rate for a power-law fluid with power-law index n is: (actual wall

shear rate) = (apparent wall

shear rate) x (0.667+0.333h)

Figure 8 shows the effect of

shear rate on the shear strength of standard sand with 5% moisture content at different pressures.

To do that, the flow and viscosity ([eta]) curves, as well as the effect of

shear rate ([??]), temperature and time on viscosity ([eta]), and the determination of Tg were addressed.

To analyze the relationship between shear stress and

shear rate, this study selected data from 0 [s.sup.-1] to 120 [s.sup.-1] in

shear rate.

Shear rate) and viscosity of emulsion as a function of

shear rate has been investigated (Fig.

Additionally, at low

shear rates, a shear-thinning behavior is observed as the sheared suspension microstructure changes with the flow: "ordered" layers of particles are formed when Brownian effects are no more dominant, lowering the viscosity when increasing the

shear rate.

Different viscometers measure viscosity at different

shear rate ranges.

The power-law model describes a fluid for which the stress is proportional to the

shear rate raised to an exponent.

We hypothesized that modulation of the blood flow

shear rate profiles caused by BFR during exercise is detrimental to the acute effects of exercise on endothelial function.

Control software allows the quick and easy production of flow-curves, plots of viscosity as a function of

shear rate, for sensitive and detailed rheological analysis.

To get the behavior of blood in a shear flow, the key features is

shear rate which is defined as a measure of the deformation of the liquid.

In their work, the researchers took into account a number of variables, including the type of processing equipment used: high-shear blending systems compared with recirculating systems, water temperature (4 C compared with 22 C), and high and low

shear rates.