The Flow and Heat Transfer of a Nanofluid Past a Stretching/Shrinking Sheet with a Convective Boundary Condition

Table 2

(a) Variation of the local Nusselt number Nu_𝑥 with Nb and Nt and (b) variation of the local Sherwood number Sh_𝑥 with Nb and Nt for γ = 0.1, Le = 2, and Pr = 6.8.

(a)  

Nb = 0.1		Nb = 0.2		Nb = 0.3		Nb = 0.4		Nb = 0.5
Nt	Nu𝑥	Nt	Nu𝑥	Nt	Nu𝑥	Nt	Nu𝑥	Nt	Nu𝑥
0.1	0.099140	0.1	0.098973	0.1	0.098752	0.1	0.098453	0.1	0.098043
0.2	0.099139	0.2	0.098972	0.2	0.098750	0.2	0.098451	0.2	0.098039
0.3	0.099138	0.3	0.098971	0.3	0.098749	0.3	0.098448	0.3	0.098035
0.4	0.099137	0.4	0.098970	0.4	0.098747	0.4	0.098446	0.4	0.098031
0.5	0.099136	0.5	0.098969	0.5	0.098746	0.5	0.098443	0.5	0.098026

(b)  

Nb = 0.1		Nb = 0.2		Nb = 0.3		Nb = 0.4		Nb = 0.5
Nt	Sh𝑥	Nt	Sh𝑥	Nt	Sh𝑥	Nt	Sh𝑥	Nt	Sh𝑥
0.1	3.866697	0.1	3.916454	0.1	3.933054	0.1	3.941369	0.1	3.946375
0.2	3.767307	0.2	3.866821	0.2	3.900021	0.2	3.916650	0.2	3.926663
0.3	3.667917	0.3	3.817189	0.3	3.866988	0.3	3.891933	0.3	3.906953
0.4	3.568529	0.4	3.767557	0.4	3.833956	0.4	3.867217	0.4	3.887244
0.5	3.469141	0.5	3.717926	0.5	3.800925	0.5	3.842501	0.5	3.867536