articleTop 10% cited
Finite element method for piezoelectric vibration
International Journal for Numerical Methods in Engineering · 1970 · Vol. 2(2) · pp. 151–157
Henno Allik✉(General Dynamics (United States))Thomas J.R. Hughes(General Dynamics (United States))
Abstract
Abstract A finite element formulation which includes the piezoelectric or electroelastic effect is given. A strong analogy is exhibited between electric and elastic variables, and a ‘stiffness’ finite element method is deduced. The dynamical matrix equation of electroelasticity is formulated and found to be reducible in form to the well‐known equation of structural dynamics, A tetrahedral finite element is presented, implementing the theorem for application to problems of three‐dimensional electroelasticity.
Structural Health Monitoring TechniquesAcoustic Wave Phenomena ResearchVibration Control and Rheological FluidsFinite element methodPiezoelectricityMixed finite element methodVibrationExtended finite element methodMathematical analysisTetrahedronStiffness matrixStiffnessMatrix (chemical analysis)
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