The influence of the dominant hydromechanical and geometric parameters such as fractional viscoelastic parameters, wave number, non-uniformity constant, permeability parameter, and material constants on the peristaltic flow characteristics are depicted graphically.
One can deduce that parameter α is the dominant parameter, and as such a simplified categorization of the countries in terms of their traffic fatalities status could be based on that parameter (i.e. their position along the x-axis).
Experimental studies are conducted to identify the dominant failure mechanisms and the effect of design parameters, such as the spatial distances between ply terminations and overlap length, on the strength of hybrid composite ply-overlap joints.
This approach takes the section area of ISP and the other dominant parameters as variables, while all the design requirements such as propeller immersion, fore bottom wave slap, bridge visibility, longitudinal strength etc, are made constraints.
However, when oxidized, parameters such as the anatase content became a dominant factor in catalytic performance of the samples.
It is shown that the ratcheting behaviors for a given material can be depicted by adjusting the control material parameters such as the fractional factor which determines the dominant evolution of the back stress.
Those parameters that dominate more in the model behaviors, namely dominant parameters, should be set accurately.
An adequate mathematical description of the sedimentation process could be helpful for providing necessary information concerning the dominant parameters and can give an insight for the process designer to prevent such an undesirable phenomenon in composite production.
They display a wide range of water quality parameters such as salinity, nutrients and major ions with sulfate as the dominant ion for the most saline wetlands.
