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Finite element heat transfer analysis of viscoelastic damper for wind applications
A finite element approach for analyzing the thermal-structural coupling effects of the viscoelastic dampers subjected to steady-state excitation is presented. Nonlinear viscoelastic properties due to temperature rise in the viscoelastic material are considered in the analysis. Examples given in the paper illustrate that the finite element approach can properly predict the temperature distribution in the damper and can be used as a practical design tool.
Finite element heat transfer analysis of viscoelastic damper for wind applications
A finite element approach for analyzing the thermal-structural coupling effects of the viscoelastic dampers subjected to steady-state excitation is presented. Nonlinear viscoelastic properties due to temperature rise in the viscoelastic material are considered in the analysis. Examples given in the paper illustrate that the finite element approach can properly predict the temperature distribution in the damper and can be used as a practical design tool.
Finite element heat transfer analysis of viscoelastic damper for wind applications
Gopalakrishna, H.S. (author) / Lai, M.L. (author)
1998
13 Seiten, 10 Quellen
Conference paper
English
Finite element heat transfer analysis of viscoelastic damper for wind applications
| British Library Conference Proceedings | 1998
Finite element heat transfer analysis of viscoelastic damper for wind applications
| Online Contents | 1998
| Springer Verlag | 2020