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Viscosity parameter.
θ r fluid viscosity parameter.
The temperature is an increasing function of the viscosity parameter.
In addition, it is a decreasing function of the viscosity parameter and the temperature is an increasing function of viscosity parameter.
The variable viscosity parameter also influences the size of the trapped bolus.
When we consider the effects of viscosity parameter on the temperature distribution, it becomes significant.
At the same concentration, the key viscosity parameter will increase with the molecular weight.
In this paper, the first nondimensional parameter, S, in (17) is called the fluid viscosity parameter.
Figure6c,d shows the dependence of the long-wave antisymmetric solution on the viscosity parameter.
For higher values of the fluid viscosity parameter, the velocity field increases near the walls.
The viscosity parameter A is proportional to the difference of temperature.
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