Andere Kunden interessierten sich auch für
![Seismic Collapse Capacity of Folded Plates]( "Seismic Collapse Capacity of Folded Plates")
Seismic Collapse Capacity of Folded Plates46,99 €![Structure-Property Relationships for Cement-Based Materials]( "Structure-Property Relationships for Cement-Based Materials")
Structure-Property Relationships for Cement-Based Materials44,99 €![High-Capacity Cool Thermal Energy Storage for Peak Shaving]( "High-Capacity Cool Thermal Energy Storage for Peak Shaving")
High-Capacity Cool Thermal Energy Storage for Peak Shaving32,99 €![The Transferability of Travel Demand Models]( "The Transferability of Travel Demand Models")
The Transferability of Travel Demand Models51,99 €![Design of Flexible Production Systems]( "Design of Flexible Production Systems")
Design of Flexible Production Systems125,99 €![Vulnerability of Reinforced Masonry Structures in Seismic Regions]( "Vulnerability of Reinforced Masonry Structures in Seismic Regions")
Vulnerability of Reinforced Masonry Structures in Seismic Regions51,99 €![Seismic Response of Isolated Bridges accouting for SSI Effects]( "Seismic Response of Isolated Bridges accouting for SSI Effects")
Seismic Response of Isolated Bridges accouting for SSI Effects51,99 €
Seismic design procedures in current building provisions are based on linear and nonlinear static approaches that use capacity-demand index relationships such as the relationship between the lateral strength and the maximum lateral displacement. Previous research on the development of these relationships is based on linear-elastic ground motion acceleration response spectra, whereas the current design procedures are based on smooth design response spectra. For the design procedures to be consistent, new capacity-demand index relationships are proposed based on smooth design response spectra from existing design provisions. This book provides procedures that utilize these capacity-demand index relationships for the purpose of producing viable structural designs using performance-based engineering concepts (e.g., inelastic capacity-demand spectra methods). The tools herein summarize the basic understanding of seismic design essential for any practicing structural engineer.