Boundary Value Problems

Table 4 Effect of S , Pr , D and $N_{R}$ on the heat transfer coefficient and a comparison of bvp4c with SRM for fixed values of $ϕ = 0$ , $r_{1} = 2$ , $m = 1.5$

From: A spectral relaxation method for thermal dispersion and radiation effects in a nanofluid flow

S	$P r$	D	$N_{R}$	$- g^{'} (0)$
S	$P r$	D	$N_{R}$	bvp4c	SRM
0	7	1	1	1.73404471	1.73404471
0.5				1.98512673	1.98512673
1				2.21161765	2.21161765
1.5				2.41898107	2.41898107
1.5	3	1	1	1.52380810	1.52380810
	4			1.78458969	1.78458969
	5			2.01570707	2.01570707
	6			2.22549552	2.22549552
	7			2.41898107	2.41898107
1.5	2	0	1	1.45831884	1.45831884
		1		1.21745970	1.21745970
		5		0.77377295	0.77377295
1.5	2	1	1	1.21745970	1.21745970
			5	1.40695145	1.40695145
			10	1.43699000	1.43699000

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