Standard Specifications for Concrete Structures -2002 "Seismic Performance Verification"

CONTENTS

CHAPTER 1  GENERAL
1.1	Scope
1.2	Definitions
1.3	Principles of seismic design
1.4	Aseismic structural planning

CHAPTER 2  LOADS
2.1	General
2.2	Ground motion for the performance verification

CHAPTER 3  METHODS OF SEISMIC PERFORMANCE VERIFICATION
3.1	General
3.2	Safety Factors
3.3	Estimation of Response Values
3.3.1	General
3.3.2	Method for analyzing the structure and the ground Independently
3.3.3	Response Analysis
3.4	Estimation of Limit Values
3.5	Verification

CHAPTER 4  ANALYTICAL MODEL
4.1	Modeling of structures using finite elements
4.1.1	General
4.1.2	Modeling of Members
4.1.2.1  Linear Members
4.1.2.2  Planar Members
4.1.3	Mechanical Model of Materials
4.1.3.1  Concrete
4.1.3.2  Re-bar
4.2	Modeling of Structure by Lumped Mass and Beam Element Characteristic
4.2.1	General
4.2.2	Mechanical Model of Members
4.3	Modeling of Ground
4.3.1	Ground model for coupled analysis
4.3.2	Ground model to analyze a structure independent of the ground

CHAPTER 5  STRUCTURAL DETAILS
5.1	General
5.2	Longitudinal re-bar
5.2.1	Development of longitudinal re-bar
5.2.2	Splices of longitudinal re-bar
5.3	Lateral Re-bar
5.3.1	General
5.3.2	Spacing of Lateral Re-bar
5.3.3	Splices of Ties
5.3.4	Anchorage of Lateral Re-bar
5.4	Connection of Members
5.5	Planar Members
5.6	Verification by Experiment