Fig 1.
Flow configuration and coordinate system.
Fig 2.
Effects of different parameters on the skin friction coefficient (-f"(0)), Nusselt number (-θ'(0)) and Sherwood number (-φ'(0)) (a) Present code and (b). Mabood et al. [32].
Table 1.
Comparison of Nusselt and Sherwood numbers between the results of present study and reported by Khan and Pop [24] at Le = Pr = 10, n = 1, M = Ec = Nr = Rb = Pe = Lb = Ω = 0 and different values for Nt and Nb.
Table 2.
Comparison of the density number of the motile micro-organisms between the results of present study and reported by Akbar and Khan [54] at n = 1, M = Nb = 1, Ec = 0, Nr = Nt = Gr = 0.5, Lb = Le = 2, Rb = 0.3 and different values for Ω and Pe.
Fig 3.
Effects of M and n on the dimensionless velocity.
Fig 4.
Effects of Gr/Re2 and Ec on the dimensionless velocity.
Fig 5.
Effects of Nr and Rb on the dimensionless velocity.
Fig 6.
Effects of M and n on the dimensionless temperature.
Fig 7.
Effects of Gr/Re2 on the dimensionless temperature.
Fig 8.
Effects of Ec and Gr/Re2 on the dimensionless temperature.
Fig 9.
Effects of Nb and Nt on the dimensionless temperature.
Fig 10.
Effects of Nr and Rb on the dimensionless temperature.
Fig 11.
Effects of M and n on the nanoparticles concentration.
Fig 12.
Effects of Gr/Re2 and Le on the nanoparticles concentration.
Fig 13.
Effects of Nb on the nanoparticles concentration.
Fig 14.
Effects of Nt on the nanoparticles concentration.
Fig 15.
Effects of M and n on the density of motile microorganisms.
Fig 16.
Effects of Gr/Re2 on the density of motile microorganisms.
Fig 17.
Effects of Ω and Lb on the density of motile microorganisms.
Fig 18.
Effects of Ec and Pe on the density of motile microorganisms.
Fig 19.
Effects of M, n, Gr/Re2 and Rb on the skin friction coefficient.
Fig 20.
Effects of Nr, Pe, Ω and Nb on the skin friction coefficient.
Fig 21.
Effects of M, n, Gr/Re2 and Le on the Nusselt number.
Fig 22.
Effects of Ec, Nb and Nt on the Nusselt number.
Fig 23.
Effects of Nr, Rb and Lb on the Nusselt number.
Fig 24.
Effects of M, n, Gr/Re2 and Le on the Sherwood number.
Fig 25.
Effects of Rb, Nt, Nb and Nr on the Sherwood number.
Fig 26.
Effects of M, n, Lb and Rb on the density number of the motile micro-organisms.
Fig 27.
Effects of Ec, Gr/Re2, Pe and Ω on the density number of the motile micro-organisms.