Table 8. Values of Re 1 / 2 C f and E... | Emerald Publishing

Table 8.

Values of ${Re}^{1 / 2} C f$ and Eskf for mono-, hybrid-, ternary-, and tetra-nanofluids when compared to the base fluid at $ξ = 1.0$

5% nanoparticles	${Re}^{1 / 2} C f$					Eskf (in %)
Shape	Sphere	Brick	Cylinder	Platelets	Blade	Sphere	Brick	Cylinder	Platelets	Blade
$A g$	20.99219	21.09715	21.26991	21.38174	21.76011	29.20	29.85	30.91	31.60	33.93
$A u$	23.93039	24.05005	24.25246	24.38201	24.82332	47.28	48.02	49.27	50.06	52.78
$C u$	20.21835	20.31567	20.47495	20.57790	20.93233	24.44	25.04	26.02	26.65	28.83
$T i O_{2}$	18.42076	18.49067	18.60755	18.68322	18.94260	13.37	13.80	14.52	14.99	16.59
$A g + A u$	28.31960	28.61765	29.12058	29.43519	30.50391	74.30	76.13	79.23	81.17	87.74
$A g + C u$	24.84002	25.09024	25.51025	25.78095	26.72663	52.88	54.42	57.00	58.67	64.50
$A g + T i O_{2}$	23.15596	23.36106	23.69983	23.91924	24.66666	42.52	43.78	45.87	47.22	51.82
$A u + C u$	27.60385	27.88701	28.35727	28.66374	29.70949	69.89	71.64	74.53	76.42	82.85
$A u + T i O_{2}$	26.03123	26.26253	26.65240	26.90083	27.76136	60.22	61.64	64.04	65.57	70.86
$C u + T i O_{2}$	22.37751	22.56828	22.88358	23.08860	23.79152	37.73	38.90	40.84	42.10	46.43
$A g + A u + C u$	32.03492	32.53715	33.36322	33.89416	35.75043	97.17	100.26	105.34	108.61	120.03
$A g + A u + T i O_{2}$	30.47305	30.90754	31.63557	32.10308	33.64260	87.55	90.23	94.71	97.59	107.06
$A g + C u + T i O_{2}$	27.03792	27.41031	28.02627	28.42676	29.79960	66.41	68.70	72.49	74.96	83.41
$A u + C u + T i O_{2}$	29.75718	30.17106	30.86111	31.30682	32.82105	83.15	85.69	89.94	92.68	102.00
$A g + A u + C u + T i O_{2}$	34.26681	34.92581	36.01427	36.70468	39.04407	110.90	114.96	121.66	125.91	140.31

5% nanoparticles	${Re}^{1 / 2} C f$					Eskf (in %)
Shape	Sphere	Brick	Cylinder	Platelets	Blade	Sphere	Brick	Cylinder	Platelets	Blade
$A g$	20.99219	21.09715	21.26991	21.38174	21.76011	29.20	29.85	30.91	31.60	33.93
$A u$	23.93039	24.05005	24.25246	24.38201	24.82332	47.28	48.02	49.27	50.06	52.78
$C u$	20.21835	20.31567	20.47495	20.57790	20.93233	24.44	25.04	26.02	26.65	28.83
$T i O_{2}$	18.42076	18.49067	18.60755	18.68322	18.94260	13.37	13.80	14.52	14.99	16.59
$A g + A u$	28.31960	28.61765	29.12058	29.43519	30.50391	74.30	76.13	79.23	81.17	87.74
$A g + C u$	24.84002	25.09024	25.51025	25.78095	26.72663	52.88	54.42	57.00	58.67	64.50
$A g + T i O_{2}$	23.15596	23.36106	23.69983	23.91924	24.66666	42.52	43.78	45.87	47.22	51.82
$A u + C u$	27.60385	27.88701	28.35727	28.66374	29.70949	69.89	71.64	74.53	76.42	82.85
$A u + T i O_{2}$	26.03123	26.26253	26.65240	26.90083	27.76136	60.22	61.64	64.04	65.57	70.86
$C u + T i O_{2}$	22.37751	22.56828	22.88358	23.08860	23.79152	37.73	38.90	40.84	42.10	46.43
$A g + A u + C u$	32.03492	32.53715	33.36322	33.89416	35.75043	97.17	100.26	105.34	108.61	120.03
$A g + A u + T i O_{2}$	30.47305	30.90754	31.63557	32.10308	33.64260	87.55	90.23	94.71	97.59	107.06
$A g + C u + T i O_{2}$	27.03792	27.41031	28.02627	28.42676	29.79960	66.41	68.70	72.49	74.96	83.41
$A u + C u + T i O_{2}$	29.75718	30.17106	30.86111	31.30682	32.82105	83.15	85.69	89.94	92.68	102.00
$A g + A u + C u + T i O_{2}$	34.26681	34.92581	36.01427	36.70468	39.04407	110.90	114.96	121.66	125.91	140.31