. 2022 Oct 5;12:16608. doi: 10.1038/s41598-022-19625-3

Table 6.

The impact of $R_{0}$ , $S$ , $R_{d}$ , and $P_{r}$ on the SFC and Nusselt number for contraction and expansion case, for $β = 0.2, m = 1, H a = 1, ϕ_{1} = ϕ_{2} = ϕ_{3} = 0.02$ .

$R_{0}$	$S$	$R_{d}$	$P_{r}$	$C_{f - 1}$ for contraction case $(α = - 0.5)$	$N_{u} \|_{η = - 1})$ for contraction case $(α = - 0.5)$	$C_{f - 1}$ for expansion case $(α = 0.5)$	$N_{u} \|_{η = - 1})$ for expansion case $(α = 0.5)$
1	3	1	6.2	26.6857	1.3614	25.4620	0.4405
2				25.9166	1.3468	24.7154	0.4357
3				25.3150	1.3328	24.1511	0.4312
4				4.8833	1.3195	23.7715	0.4270
1	3			26.6857	1.3614	25.4620	0.4405
	5.7			26.6857	1.9644	25.4620	0.7376
	16.2			26.6857	6.0947	25.4620	3.6209
	3	0.5		26.6857	0.9159	25.4620	0.1564
		1		26.6857	1.3614	25.4620	0.4405
		1.5		26.6857	1.8025	25.4620	0.7897
		2		26.6857	2.2419	25.4620	1.1707
			4.5	26.6857	1.4057	25.4620	0.6329
			5.5	26.6857	1.3795	25.4620	0.5122
			6.2	26.6857	1.3614	25.4620	0.4405