Research Article

Analytical Method in Solving Flow of Viscoelastic Fluid in a Porous Converging Channel

Table 1

The results of HPM and NM methods for R e = 3 , 𝑅 = 5 , and 𝑁 = 0 . 0 1 5 .

𝜃 𝑓 H P M 𝑓 N M | 𝑓 N M 𝑓 H P M |

𝜋 / 6 0.0000246510.0000000000.000025
−0.5235−0.000133055−0.0002329800.000100
−0.5027−0.034635498−0.0493039000.014668
−0.4817−0.071891003−0.0988130000.026922
−0.4398−0.152402362−0.1971610000.044759
−0.3665−0.307655871−0.3660062500.058350
−0.2617−0.542915584−0.5933057000.050390
−0.1571−0.764703592−0.7916583000.026955
0.0000−1.000000000−1.0000000000.000000
0.1571−1.028797379−1.0345184400.005721
0.2617−0.905274553−0.9152061900.009932
0.3665−0.659877151−0.6525575000.007320
0.4398−0.405545492−0.3817047200.023841
0.4817−0.221073168−0.1989090900.022164
0.5027−0.115346628−0.1009980400.014349
0.5235−0.000482123−0.0004850500.000003
+ 𝜋 / 6 0.0000964470.0000000000.000096