A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Semi-active control of wind-induced vibration of tall building using magneto-rheological damper
Semi-active control of wind-induced vibration of tall building using magneto-rheological damper
Semi-active control of wind-induced vibration of tall building using magneto-rheological damper
Yun, C.-B. (author) / Gu, J.-I. (author) / Kim, S. B. (author) / Kim, Y.-S. (author) / Corotis, R. B. / Schueller, G. I. / Shinozuka, M.
International conference; 8th, Structural safety and reliability; ICOSSAR '01 ; 2001 ; Newport Beach, CA
2001-01-01
329 pages
See also s/m 8478.550 vol 24 no 2-4 2002 for selected papers
Conference paper
English
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Semi-Active TLCDS using Magneto-Rheological Fluids for Vibration Mitigation of Tall Buildings
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