Research Article
Analytical Modelling of Three-Dimensional Squeezing Nanofluid Flow in a Rotating Channel on a Lower Stretching Porous Wall
Table 4
Effect of nanoparticle volume fraction and nanoparticles material on the shear stresses at lower and upper walls when
and
.
| | Ag | Cu | CuO | TiO2 | Al2O3 | | | | | | | | | | |
| 0.00 | −9.66151 | +5.987272 | −9.66151 | +5.987272 | −9.66151 | +5.987272 | −9.66151 | +5.987272 | −9.66151 | +5.987272 | 0.05 | −7.72463 | +4.511947 | −8.08637 | +4.787926 | −8.79156 | +5.326106 | −9.46511 | +5.840246 | −9.5657 | +5.917038 | 0.10 | −6.85916 | +3.85395 | −7.34313 | +4.222859 | −8.37683 | +5.011777 | −9.49215 | +5.863511 | −9.67086 | +5.999997 | 0.15 | −6.45632 | +3.548727 | −7.00493 | +3.966591 | −8.24921 | +4.916332 | −9.71233 | +6.034163 | −9.95938 | +6.222928 | 0.20 | −6.31569 | +3.44302 | −6.91686 | +3.900868 | −8.3391 | +4.986844 | −10.1216 | +6.349316 | −10.435 | +6.588886 |
|
|