Propagation of electroacoustic waves in the transversely isotropic piezoelectric medium reinforced by randomly distributed cylindrical inhomogeneities

The propagation of electroacoustic waves in a piezoelectric medium containing a statistical ensemble of cylindrical fibers is considered. Both the matrix and the fibers consist of piezoelectric transversely isotropic material with symmetry axis parallel to the fiber axes. Special emphasis is given o...

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Published in:International journal of solids and structures Vol. 39; no. 19; pp. 5013 - 5051
Main Authors: LEVIN, Valery M, MICHELITSCH, Thomas M, HUAJIAN GAO
Format: Journal Article
Language:English
Published: Oxford Elsevier Science 01-09-2002
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Abstract The propagation of electroacoustic waves in a piezoelectric medium containing a statistical ensemble of cylindrical fibers is considered. Both the matrix and the fibers consist of piezoelectric transversely isotropic material with symmetry axis parallel to the fiber axes. Special emphasis is given on the propagation of an electroacoustic axial shear wave polarized parallel to the axis of symmetry propagating in the direction normal to the fiber axis. The scattering problem of one isolated continuous fiber ('one-particle scattering problem') is considered. By means of a Green's function approach a system of coupled integral equations for the electroelastic field in the medium containing a single inhomogeneity (fiber) is solved in closed form in the long-wave approximation. The total scattering cross-section of this problem is obtained in closed form and is in accordance with the electroacoustic analogue of the optical theorem. The solution of the one-particle scattering problem is used to solve the homogenization problem for a random set of fibers by means of the self-consistent scheme of effective field method. Closed form expressions for the dynamic characteristics such as total cross-section, effective wave velocity and attenuation factor are obtained in the long-wave approximation.
AbstractList The propagation of electroacoustic waves in a piezoelectric medium containing a statistical ensemble of cylindrical fibers is considered. Both the matrix and the fibers consist of piezoelectric transversely isotropic material with symmetry axis parallel to the fiber axes. Special emphasis is given on the propagation of an electroacoustic axial shear wave polarized parallel to the axis of symmetry propagating in the direction normal to the fiber axis. The scattering problem of one isolated continuous fiber ('one-particle scattering problem') is considered. By means of a Green's function approach a system of coupled integral equations for the electroelastic field in the medium containing a single inhomogeneity (fiber) is solved in closed form in the long-wave approximation. The total scattering cross-section of this problem is obtained in closed form and is in accordance with the electroacoustic analogue of the optical theorem. The solution of the one-particle scattering problem is used to solve the homogenization problem for a random set of fibers by means of the self-consistent scheme of effective field method. Closed form expressions for the dynamic characteristics such as total cross-section, effective wave velocity and attenuation factor are obtained in the long-wave approximation.
Author HUAJIAN GAO
LEVIN, Valery M
MICHELITSCH, Thomas M
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  givenname: Valery M
  surname: LEVIN
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  organization: Division of Mechanics. Petrozavosk State University, Lenin Ave. 33, Petrozavodsk 185640, Russian Federation
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  givenname: Thomas M
  surname: MICHELITSCH
  fullname: MICHELITSCH, Thomas M
  organization: Department of Theory of Mesoscopic Phenomena, Max-Planck Institute for Metals Research, Heisenbergstrasse 1, 70569 Stuttgart, Germany
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  surname: HUAJIAN GAO
  fullname: HUAJIAN GAO
  organization: Department of Theory of Mesoscopic Phenomena, Max-Planck Institute for Metals Research, Heisenbergstrasse 1, 70569 Stuttgart, Germany
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Snippet The propagation of electroacoustic waves in a piezoelectric medium containing a statistical ensemble of cylindrical fibers is considered. Both the matrix and...
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Title Propagation of electroacoustic waves in the transversely isotropic piezoelectric medium reinforced by randomly distributed cylindrical inhomogeneities
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Volume 39
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