In governing equations U, V, P, [theta], Re, Ri and Pr are dimensionless
fluid velocities, temperature, pressure, Reynolds number, Richardson number, and Prandtl number (Pr = 1), respectively.
D] is calculated based on the definition of dimensionless
pressure derivative [p'.
number depends directly on the mass transfer coefficient, it is intended that this value is as high as possible on any system to facilitate the exchange of molecules between the two phases, this factor depends on the Reynolds number, which characterizes the movement of a fluid, in liquid chromatography is intended that the fluid passing through the column is in laminar regime, as consequence the molecular transfer between the phases is facilitated.
The effect of the Young's modulus E on dimensionless
function Y(a/s) was studied in the following.
The deformation of the flexible capsule in a shear flow for dimensionless
shear rate of G = 0.
friction force and other parameters are given as follows:
Therefore, we do not compare results from the shear-thinning and Newtonian fluids at the same dimensionless
Important to note that there could be unlimited numbers of numerical approximations for dimensionless
decrement depends on the size of the cross section of the toolholder and the length of its overhang while processing and is defined as an expression:
n, na Annual-averaged heat to electrical energy demand ratio, age, both symbol are dimensionless
PARAMETERS FOR MICROSTRUCTURED SOLIDS
Also, the main dimensionless
parameters affecting TSIFs are identified based on dimensional analysis.