Table 2 Optimal values of convergence control parameters in comparison different orders of approximation with \(S_q=1.0\), \(\Omega =2\), \(D_u=0.2\), \(P_r=0.1\), \( S_c=0.1 \), \( S_r=1 \), \( S=0.5\), \( M=0.5 \), \(R_d=1\), \(E_c=0.2 \), and \(\delta =0.1\).
Order | \(h_f\) | \(h_g\) | \(h_{\theta }\) | \(h_{\phi }\) | \(\varepsilon _m^t\) |
|---|---|---|---|---|---|
2 | − 1.0838 | − 0.866062 | − 0.144849 | − 1.08755 | 0.00120324 |
3 | − 1.08386 | − 0.879546 | − 0.141488 | − 1.07912 | 8.79403\(\times 10^{-6}\) |
4 | − 1.08172 | − 0.888358 | − 0.144455 | − 0.983393 | 1.3028\(\times 10^{-7}\) |
5 | − 0.928336 | − 0.996524 | − 0.139297 | − 1.06943 | 6.89601\(\times 10^{-8}\) |
6 | − 1.0729 | − 0.892665 | − 0.138309 | − 1.03479 | \(-\)4.36697\(\times 10^{-12}\) |
7 | − 1.01666 | − 0.884029 | − 0.130717 | − 1.08066 | 1.25908\(\times 10^{-11}\) |
