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Theory and Modern Applications

Table 2 Pointwise absolute errors in the maximum norm and computed rates of convergence versus the number of sub-intervals N with \(s_{0} = 0.2, 1.0\) for each in Example 4.1. We set \(\alpha _{1} = 0.4\), \(\alpha _{2} = 1.7\), and m is fixed at 10

From: An efficient numerical approach for solving two-point fractional order nonlinear boundary value problems with Robin boundary conditions

N

Newton’s method

Halley’s method

\(s_{0}=0.2\)

\(s_{0}=1.0\)

\(s_{0}=0.2\)

\(s_{0}=1.0\)

Max. error

Rate

Max. error

Rate

Max. error

Rate

Max. error

Rate

10

1.17E−02

1.17E−02

1.02E−03

1.02E−03

20

5.63E−03

1.059

5.63E−03

1.059

1.83E−04

2.486

1.83E−04

2.486

40

1.78E−03

1.665

1.78E−03

1.665

3.63E−05

2.333

3.63E−05

2.332

80

4.92E−04

1.855

4.92E−04

1.854

5.47E−06

2.730

5.47E−06

2.730

160

1.29E−04

1.931

1.29E−04

1.931

7.51E−07

2.866

7.51E−07

2.866

320

3.30E−05

1.966

3.30E−05

1.966

9.88E−08

2.925

9.88E−08

2.925