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Resonant Pyrex Wedge Excited by PZT Strip: FEA Analysis using flexPDE

This article presents an analysis of the vibration in a wedge-shaped Pyrex glass faceplate bonded to an acoustic wave generating PZT strip, using finite element analysis (FEA) through flexPDE. Detailed results include maximum and minimum face displacements, solid body displacement plots, vector plots, and contour plots.

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Resonant Pyrex Wedge Excited by PZT Strip: FEA Analysis using flexPDE

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  1. Analysis of a Resonant Pyrex wedge Excited by a PZT Strip by Means of Finite Element Analysis (FEA) using flexPDE Craig E. Nelson - Consultant Engineer

  2. Maximum and Minimum face Displacement

  3. Maximum Negative Face Displacement

  4. Maximum Positive Face Displacement

  5. Maximum Negative Face Displacement

  6. Maximum Positive Face Displacement

  7. Solid Body Displacement Plots

  8. Vector Plot of Solid Body Displacements

  9. Contour Plot of Solid Body Displacements

  10. Summary: A finite element analysis model has been developed to study the vibration in a wedge shaped Pyrex glass faceplate bonded to an acoustic wave generating piezoelectric transducer.

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