Proposed method for cost assessment of seismic mitigation designs for reinforced concrete buildings /
Yasser Mohamed Abdelhameed Fayed
Proposed method for cost assessment of seismic mitigation designs for reinforced concrete buildings / طريقة مقترحة لتقييم التكلفة للطرق المختلفة لتصميم المبانى الخرسانية المقاومة لاحمال الزالزل Yasser Mohamed Abdelhameed Fayed ; Supervised Mohamed Ezzat Sobaih , Yasser Elhakem - Cairo : Yasser Mohamed Abdelhameed Fayed , 2018 - 113 P. : Photographs , Charts ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Civil Engineering
The analysis methods used to design the structures to resist earthquake load ranges from equivalent linear static analysis to nonlinear dynamic analysis. Each seismic mitigation design for the structure influence its life cycle cost that includes the construction cost and repairing cost after earthquake damage. It is necessary to perform a cost assessment for each seismic mitigation design to know the effective design on the building life cycle cost. The methodology followed in this study provides initial guidelines to assess the cost associated with using a variety of design methods for reinforced concrete structures, developing a performance based analysis to get the weakness points in the structure after earthquake, select the retrofitting strategies that would be indicated to repair the structure after the earthquake, and to assess the results founded from each design method or different design codes
Cost assessment Performance based analysis Pushover analysis
Proposed method for cost assessment of seismic mitigation designs for reinforced concrete buildings / طريقة مقترحة لتقييم التكلفة للطرق المختلفة لتصميم المبانى الخرسانية المقاومة لاحمال الزالزل Yasser Mohamed Abdelhameed Fayed ; Supervised Mohamed Ezzat Sobaih , Yasser Elhakem - Cairo : Yasser Mohamed Abdelhameed Fayed , 2018 - 113 P. : Photographs , Charts ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Civil Engineering
The analysis methods used to design the structures to resist earthquake load ranges from equivalent linear static analysis to nonlinear dynamic analysis. Each seismic mitigation design for the structure influence its life cycle cost that includes the construction cost and repairing cost after earthquake damage. It is necessary to perform a cost assessment for each seismic mitigation design to know the effective design on the building life cycle cost. The methodology followed in this study provides initial guidelines to assess the cost associated with using a variety of design methods for reinforced concrete structures, developing a performance based analysis to get the weakness points in the structure after earthquake, select the retrofitting strategies that would be indicated to repair the structure after the earthquake, and to assess the results founded from each design method or different design codes
Cost assessment Performance based analysis Pushover analysis