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Book Chapter
Robust design of TMD for vibration control of uncertain systems using adaptive response surface methodPublished in Springer India
2015
Pages: 1505 - 1517
The effect of randomness in system parameters on robust design of tuned mass damper (TMD) is examined in this work. For this purpose, mean and standard deviation based robust design optimization (RDO) scheme is suggested. The performance of TMD is evaluated using the percentage reduction of the root mean square (RMS) of the output displacement. Adaptive response surface method (ARSM) is used for the optimization and for the estimation of first two moments. In this context, moving least square (MLS) based regression technique is used for better fitting of the response surface. A comparative numerical study is conducted to show the effectiveness of the proposed method to improve the reliability of the controller. © Springer India 2015.
Topics: Standard deviation (54)%54% related to the paper, Root mean square (53)%53% related to the paper and Tuned mass damper (50)%50% related to the paper
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About the journal
| Journal | Data powered by TypesetAdvances in Structural Engineering: Dynamics, Volume Two |
|---|---|
| Publisher | Data powered by TypesetSpringer India |
Authors (1)
Amit Kumar Rathi- Development of hybrid dimension adaptive sparse HDMR for stochastic finite element analysis of composite plate
- Mls based sequential srsm in sparse grid framework for efficient uncertainty quantification
- Robust design of TMD for vibration control of uncertain systems using adaptive response surface method
- Sequential stochastic response surface method using moving least squares-based sparse grid scheme for efficient reliability analysis
