Skip to main content

Theory and Modern Applications

Table 3 MAEs at \(\pmb{\theta_{1}=\vartheta_{1}=-\theta_{2}=-\vartheta _{2}=-\theta_{3}=-\vartheta_{3}=-1/2}\) with various values of \(\pmb{\gamma (x,y,t)}\) and N for Example 2

From: Two shifted Jacobi-Gauss collocation schemes for solving two-dimensional variable-order fractional Rayleigh-Stokes problem

M

γ ( x , y , t )=0.7

\(\boldsymbol{\gamma(x,y,t)=\frac{{9 + (yt)^{3} - \cos^{2}(xt)}}{{60}}}\)

4

4.527 × 10−3

1.471 × 10−3

5

1.539 × 10−3

1.566 × 10−3

6

1.536 × 10−5

1.152 × 10−5

7

3.785 × 10−6

2.479 × 10−6

8

2.566 × 10−8

7.188 × 10−8

9

4.964 × 10−9

5.689 × 10−9

10

2.420 × 10−11

5.576 × 10−11