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IssuesArchive of Issues2005-2pp.149-156

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Total articles in the database: 9179
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E. P. Kligman, V. P. Matveenko, and N. A. Yurlova, "Dynamic behavior of thin-walled electroelastic systems," Mech. Solids. 40 (2), 149-156 (2005)
Year 2005 Volume 40 Number 2 Pages 149-156
Title Dynamic behavior of thin-walled electroelastic systems
Author(s) E. P. Kligman (Perm)
V. P. Matveenko (Perm)
N. A. Yurlova (Perm)
Abstract Embedding of materials possessing piezoelectric properties in shell structures provides a means of optimizing the dynamic behavior of such systems. The external RLC circuits connecting the electroded portions of piezoelectric elements increase the number of parameters affecting the structure resonant frequencies, natural vibration modes, and damping characteristics. Dynamic behavior of such systems can be determined by solving the spectral electroelasticity problem in its complex-valued formulation. Within this framework, the complex-valued eigenfunctions determine the vibration modes and phases, whereas the complex eigenvalues provide the resonant frequencies and damping characteristics. The variation of the external RLC circuit parameters provides a means for the optimization of the dynamic behavior of structures.
References
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12.  V. P. Matveenko, E. P. Kligman, N. A. Yurlova, and D. V. Grachev, "Control of dynamic behavior of mechanical systems based on piezoelectric-based smart materials," Mat. Modelir. Sistem i Protsessov, No. 9, pp. 85-92, 2001.
Received 21 April 2003
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