MHD 3-dimensional nanofluid flow induced by a power-law stretching sheet with thermal radiation, heat and mass fluxes

Fig. 1

Fig. 2

Fig. 3

Fig. 4

Fig. 5

Fig. 6

Fig. 7

Fig. 8

Fig. 9

Fig. 10

Fig. 11

Fig. 12

Comparisons for the values of f″(0) and g″(0) in the absence of magnetic field

N	λ	f″(0)			g″(0)
		Khan et al. (2015)	Raju et al. (2016)	Present study	Khan et al. (2015)	Raju et al. (2016)	Present study
1	0	−1	−1	−1	0	0	0
	0.5	−1.22474	−1.2247431	−1.2247429	−0.612372	−0.6123721	−0.6123720
	1.0	−1.414214	−1.4142141	−1.4142140	−1.414214	−1.4142140	−1.4142140
3	0	−1.624356	−1.6243560	−1.6243560	0	0	0
	0.5	−1.989422	−1.9894221	−1.9894220	−0.994711	−0.9947110	−0.9947110
	1.0	−2.297186	−2.2971860	−2.2971860	−2.297186	−2.2971860	−2.2971860

Comparisons of the values of f″(0) and g″(0) in the absence of the magnetic field for different grid sizes

N		f″(0)		g″(0)
		Grid size 0.01	Grid size 0.03	Grid size 0.01	Grid size 0.03
1	0	−1	−1	0	0
	0.5	−1.2247429	−1.2247429	−0.6123720	−0.6123720
	1.0	−1.4142140	−1.4142140	−1.4142140	−1.4142140
3	0	−1.6243560	−1.6243560	0	0
	0.5	−1.9894220	−1.9894220	−0.9947110	−0.9947110
	1.0	−2.2971860	−2.2971860	−2.2971860	−2.2971860

Values of −θ′(0) and −ϕ′(0) for different values of thermophoresis parameter Nt and Prandtl number Pr with n = 4_0, λ = 0_9, Nb = 0_7, Pr = 2_0, R = 0_5, Sc = 15_0

Nt	Pr
	1.0		1.5		2.0		2.5
	−θ′(0)	−ϕ′(0)	−θ′(0)	−ϕ′(0)	−θ′(0)	−ϕ′(0)	−θ′(0)	−ϕ′(0)
0.3	1.04746	−0.44891	1.29932	−0.55685	1.52625	−0.65416	1.72719	−0.744224
0.6	0.97822	−0.838474	1.18042	−1.01179	1.35314	−1.15983	1.4979	−1.28392
0.9	0.914269	−1.17549	1.07387	−1.08369	1.20209	−1.54554	1.30267	−1.67486
1.2	0.855295	−1.46622	0.978737	−1.67784	1.07114	−1.83624	1.13802	−1.9509
1.5	0.80098	−1.71639	0.894035	−1.91579	0.958127	−2.05313	1.00002	−2.14289
1.8	0.751003	−1.93115	0.818763	−2.10539	0.860844	−2.2136	0.88466	−2.27486