Table 2 Simulations of mesh free analysis for velocities and temperature when \(\emptyset_{1} = 0.002,\emptyset_{2} = 0.0075, \lambda = 0.3, \beta_{e} = 0.3, \alpha = 2.0, \beta_{i} = 0.002, \beta = 0.2, Pr = 206, Ec = 3.2,H_{s} = 0.2, M = 0.01.\)

From: Modeling of three dimensional Prandtl hybrid nano-material over a heated rotating cone involving hall and ion slip currents via finite element procedure

Number of elements

\(f^{\prime}\left( {\frac{{\eta_{max} }}{2}} \right)\)

\(g\left( {\frac{{\eta_{max} }}{2}} \right)\)

\(\theta \left( {\frac{{\eta_{max} }}{2}} \right)\)

30

0.6586386817

0.0001721355025

0.6605821625

60

0.6233792179

0.6437292447

0.0002229082388

90

0.6116725178

0.6380761926

0.0002319259575

120

0.6058311283

0.6352430888

0.0002348216628

150

0.6023296966

0.6335412345

0.0002360353595

180

0.5999974251

0.6324058465

0.0002366270036

210

0.5983324921

0.6315945612

0.0002369433746

240

0.5970846646

0.6309857193

0.0002371243282

270

0.5961135026

0.6305118421

0.0002372274024

300

0.5953371601

0.6301329244

0.0002372898241

Back to article page