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TitleEstimation of the fundamental period of existing RC buildings in Victoria and Vancouver (BC, Canada) using ambient vibrations
AuthorChiauzzi, L; Cassidy, J; Kutyn, K; Masi, A; Mucciarelli, M; Traber, J; Ventura, C; Yao, F
SourceGruppo nazionale de geofisica della terra solida, abstracts volume; 2010 p. 384-386
Year2010
Alt SeriesEarth Sciences Sector, Contribution Series 20100269
MeetingItalian Conference on Geophysics; Parato; IT; October 26-29, 2010
Documentbook
Lang.English
Mediaon-line; digital
ProvinceBritish Columbia
NTS92B/06; 92H/06
AreaVancouver; Victoria
Lat/Long WENS-123.5000 -123.0000 48.5000 48.2500
Lat/Long WENS-123.5000 -123.0000 49.5000 49.2500
Subjectsgeophysics; engineering geology; seismic risk; seismic zones; seismicity; seismic models; earthquakes; earthquake studies; earthquake risk; earthquake resistant design; building codes
Illustrationstables; graphs
ProgramTargeted Hazard Assessments in Western Canada, Public Safety Geoscience
AbstractIn this short note, we estimate the fundamental period of twelve reinforced concrete (RC) buildings in the cities of Victoria and Vancouver (British Columbia, Canada) using ambient vibration data. A preliminary height-dependent relationship to estimate the fundamental period of vibration for Canadian RC buildings is derived for a fully elastic condition. The results for Canadian buildings are very similar to those measurements of RC buildings in Europe. Both the Canadian and European results show that building periods estimated based on simple equations provided by earthquake design codes in Europe and North America (EC8, UBC97 and NBCC-2005) result values significantly greater than the periods computed using ambient vibration records.
GEOSCAN ID287158