Title of article
Asymptotic method for solution of oscillatory fractional derivative
Author/Authors
Aliev ، Fikret Ahmaali Institute of Applied Mathematics - Baku State University , Aliev ، Nihan Institute of Applied Mathematics - Baku State University , Hajiyeva ، Nazile Institute of Applied Mathematics - Baku State University , Safarova ، Nargiz Institute of Applied Mathematics - Baku State University , Aliyeva ، Rufana Nakhchivan State University
From page
1123
To page
1130
Abstract
In the paper, an oscillatory system with liquid dampers is considered, when the mass of the head is large enough. By means of expedient transformations, the equation of motion with fractional derivatives is reduced to an equation of fractional order containing a small parameter. The corresponding nonlocal boundary value problem is solved and the zero and first approximations of solutions of the relative small parameter are constructed. The results are illustrated on the concrete example, where the solution differs from the analytical solution by 10^−2 order.
Keywords
Oscillatory systems of fractional derivative , small parameter , asymptotic method , zero and first approximations
Journal title
Computational Methods for Differential Equations
Journal title
Computational Methods for Differential Equations
Record number
2729501
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