Viscoelastic torsion under piezoelectric control - Analytical and massively parallel computational simulations and performance evaluations

C. E. Beldica; H. Hilton; S. Koric

Viscoelastic torsion under piezoelectric control - Analytical and massively parallel computational simulations and performance evaluations

C. E. Beldica, H. Hilton, S. Koric

Research output: Contribution to journal › Article › peer-review

Abstract

The effects of controlling torsional creep deformations of viscoelastic bars through applications of piezoelectric devices is investigated and solved by finite element methods. It is shown that delamination failure probabilities can be retarded by the proper imposition of voltages. Computational performance evaluation studies for CPU times and speed ups are undertaken for distinct number of processors and evaluated.

Original language	English (US)
Pages (from-to)	147-156
Number of pages	10
Journal	Advances in High Performance Computing
Volume	6
State	Published - 2000

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Engineering(all)

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title = "Viscoelastic torsion under piezoelectric control - Analytical and massively parallel computational simulations and performance evaluations",

abstract = "The effects of controlling torsional creep deformations of viscoelastic bars through applications of piezoelectric devices is investigated and solved by finite element methods. It is shown that delamination failure probabilities can be retarded by the proper imposition of voltages. Computational performance evaluation studies for CPU times and speed ups are undertaken for distinct number of processors and evaluated.",

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AB - The effects of controlling torsional creep deformations of viscoelastic bars through applications of piezoelectric devices is investigated and solved by finite element methods. It is shown that delamination failure probabilities can be retarded by the proper imposition of voltages. Computational performance evaluation studies for CPU times and speed ups are undertaken for distinct number of processors and evaluated.

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Viscoelastic torsion under piezoelectric control - Analytical and massively parallel computational simulations and performance evaluations

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