Table 1. Evaluation of R e − 1 / 2 N u... | Emerald Publishing

Table 1.

Evaluation of $R e^{- 1 / 2} N u$ and $R e^{1 / 2} C_{f}$ for the Newtonian scenario without a periodic magnetic field and nanofluid (Kumari et al., 2001; Singh et al., 2009)

	Kumari et al. (Kumari et al., 2001)		Singh et al. (Singh et al., 2009)		Present results
M	$R e^{1 / 2} C_{f}$	$R e^{- 1 / 2} N u$	$R e^{1 / 2} C_{f}$	$R e^{- 1 / 2} N u$	$R e^{1 / 2} C_{f}$	$R e^{- 1 / 2} N u$
0.0	0.46975	0.42079	0.46975	0.42046	0.46974965	0.42077128
0.0909	0.65501	0.44770	0.65490	0.44742	0.65497868	0.44760262
0.1429	0.73202	0.45728	0.73196	0.45705	0.73198836	0.45709378
0.2000	0.80214	0.46534	0.80208	0.46511	0.80210986	0.46515230
0.3333	0.92766	0.47840	0.92767	0.47815	0.92767318	0.47820199

	Kumari et al. (Kumari et al., 2001)		Singh et al. (Singh et al., 2009)		Present results
M	$R e^{1 / 2} C_{f}$	$R e^{- 1 / 2} N u$	$R e^{1 / 2} C_{f}$	$R e^{- 1 / 2} N u$	$R e^{1 / 2} C_{f}$	$R e^{- 1 / 2} N u$
0.0	0.46975	0.42079	0.46975	0.42046	0.46974965	0.42077128
0.0909	0.65501	0.44770	0.65490	0.44742	0.65497868	0.44760262
0.1429	0.73202	0.45728	0.73196	0.45705	0.73198836	0.45709378
0.2000	0.80214	0.46534	0.80208	0.46511	0.80210986	0.46515230
0.3333	0.92766	0.47840	0.92767	0.47815	0.92767318	0.47820199