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In this paper the Fourier transform combined with Adomian decompositionmethod (FTADM) is applied for solving the squeezed unsteady flow betweenparallel plates influenced by an inclined magnetic field. By moving theseplates toward each other, the squeezing flow which is perpendicular to theplates is appeared. We assume that inclination varies from zero to ninetydegrees. The momentum and energy equations are solved using the Adomiandecomposition method with the combination of Fourier transform. The effect ofthe squeezed number, the angle of magnetic inclination, and the bottom platesuction/injection on the velocity and temperature are studied. The results showthat by increasing the squeeze number, the intensity of the magnetic field andthe magnetic inclined angle may increase the velocity near up and bottom platesin the longitudinal direction. However, the velocity near the midway of up andbottom plates may decrease. Moreover, our results show more accuracy and asmaller number of calculations when compared to the previous numericalsimulations. This may be attributed to the fact that in the FTADM, one is ableto incorporate all boundary conditions into the solution. However, in thesemi-analytical methods, the solution may be accurate in a limited portion ofthe solution domain because only a part of boundary conditions is imposed intothe solution.

Combination of Adomian decomposition method with Fourier transform for solving the squeezing flow influenced by a magnetic field