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http://www.scirp.org/journal/PaperInformation.aspx?PaperID=52590#.VJujVcCAM4
The main features are the length of the waveguide in
one direction, as well as limitations and localization of the wave beam
in other areas. There is described the technique of the solution of
tasks on distribution of waves in an infinite cylindrical waveguide with
a radial crack. Also numerical results are given in the article.
Viscous properties of the material are taken into account by means of an
integral operator Voltaire. Research is conducted in the framework of
the spatial theory of visco elastic. The technique is based on the
separation of spatial variables and formulates the boundary eigenvalue
problem that can be solved by the method of orthogonal sweep Godunov. In
the given paper we obtain numeric values of the phase velocity
depending on of wave numbers. The obtained numerical results are
compared with the known data. This work is continuation of article [1].
Statement of the problem and methodology of partial solutions are
described in [1]. In this work, we present a complete statement of the
problem, methods of solution and discuss the numerical results.
KEYWORDS
Cite this paper
Safarov, I. , Akhmedov, M. and Boltaev, Z. (2014)
Loose Waves in Viscoelastic Cylindrical Wave Guide with Radial Crack. Applied Mathematics, 5, 3518-3524. doi: 10.4236/am.2014.521329.
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