Comparison between advanced pushover techniques for estimating seismic demands of code - designed steel frame buildings /
Mahmoud Reda Thabt Manaa
Comparison between advanced pushover techniques for estimating seismic demands of code - designed steel frame buildings / مقارنة طرق الدفع الجانبى المتقدمة لتقدير المتطلبات الزلزالية لمبانى الاطارات المعدنية المصممة طبقا للكود Mahmoud Reda Thabt Manaa ; Supervised Adel Yahia Akl , Nayer Ahmed Elesnawy - Cairo : Mahmoud Reda Thabt Manaa , 2014 - 316 P. ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Civil Engineering
Analytical and numerical studies have been performed to investigate the accuracy of different advanced pushover techniques to estimate the seismic demands of steel frame buildings. The pushover techniques included are the conventional pushover, the modal pushover analysis (MPA), the modal pushover analysis based on response spectra (MPPRS), the modal combination technique, the upper bound pushover analysis, and the weighted lateral pushover technique. Five steel buildings have been selected for this research, which are designed according to the Egyptian code of practice for steel construction and bridges and the Egyptian code for calculating the loads and forces in structural work and masonry. The number of stories for these buildings is 6, 9, 15, 20 and 30 stories, and the lateral resisting systems are moment resisting frames located around the perimeter of the building. The frame buildings are excited by seven natural earthquake records
Modal pushover analysis Nonlinear dynamic analysis Pushover analysis
Comparison between advanced pushover techniques for estimating seismic demands of code - designed steel frame buildings / مقارنة طرق الدفع الجانبى المتقدمة لتقدير المتطلبات الزلزالية لمبانى الاطارات المعدنية المصممة طبقا للكود Mahmoud Reda Thabt Manaa ; Supervised Adel Yahia Akl , Nayer Ahmed Elesnawy - Cairo : Mahmoud Reda Thabt Manaa , 2014 - 316 P. ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Civil Engineering
Analytical and numerical studies have been performed to investigate the accuracy of different advanced pushover techniques to estimate the seismic demands of steel frame buildings. The pushover techniques included are the conventional pushover, the modal pushover analysis (MPA), the modal pushover analysis based on response spectra (MPPRS), the modal combination technique, the upper bound pushover analysis, and the weighted lateral pushover technique. Five steel buildings have been selected for this research, which are designed according to the Egyptian code of practice for steel construction and bridges and the Egyptian code for calculating the loads and forces in structural work and masonry. The number of stories for these buildings is 6, 9, 15, 20 and 30 stories, and the lateral resisting systems are moment resisting frames located around the perimeter of the building. The frame buildings are excited by seven natural earthquake records
Modal pushover analysis Nonlinear dynamic analysis Pushover analysis