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Title of Journal: Int Appl Mech

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Abbravation: International Applied Mechanics

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Springer US

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DOI

10.1007/s40195-012-0250-x

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1573-8582

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Vibration Modes of Radially Polarized Thin Cylindr

Authors: V L Karlash
Publish Date: 2015/11/30
Volume: 51, Issue: 6, Pages: 682-690
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Abstract

Radially polarized cylindrical piezoceramic rings are studied experimentally It is shown that the inphase resonance is characterized by very high amplitudes and electromechanical coupling coefficient The distribution of internal stresses along the height differs from cosinusoidal in the middle part of the ring The edge resonance is characterized by high stresses near the ends and is very weak in the middle part The amplitude–frequency and admittance–frequency responses are plotted and discussed

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  2. Stability of the Horizontal Flight of an Aircraft
  3. Practical Stability of a Moving Robot with Respect to Given Domains
  4. Identification of nonstationary axisymmetric load distributed along a cylindrical shell
  5. Linearization of dynamic equations for a saturated porous medium
  6. Stability of composite materials with two parallel short fibers
  7. Stability of composite materials with two parallel short fibers
  8. Parametric stability of singularly perturbed nonlinear uncertain systems
  9. Spatial Problems of the Fracture of Materials Loaded Along Cracks (Review)
  10. Distribution of Contact Pressure Between a Sealing Element and a Cylinder
  11. Stability of composite shells of revolution
  12. Rayleigh wave in a quadratic nonlinear elastic half-space (Murnaghan model)
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