Concentration of electroelastic fields in a composite piezoceramic plate with defects crossing the interface
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Abstract
The characteristics of fracture and strength of a composite piezoceramic plate with defects in the form of cracks and holes situated in both of the plate components are investigated. The corresponding boundary-value problems of electroelasticity are reduced to systems of singular integral equations by constructing integral representations of the complex potentials. The results of numerical realization of the constructed algorithms are reported.
Keywords
Integral Equation Integral Representation Singular Integral Equation Complex Potential Numerical Realization
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References
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© Kluwer Academic/Plenum Publishers 1999