《EARTHQUAKE DESIGN OF CONCRETE MASONRY BUILDINGS:VOLUME RESPONSE SPECTRA ANALYSIS AND GENERAL EARTHQU》

Introduction 11

1 General1

2 Structure of the Book 31

3 Earthquake Design:An Overview 41

CONTENTS1

3 Earthquake Response Spectrum 92

5 Examples 202

4 Earthquake Design Spectrum 162

6 Additional Reading 262

2 Time Histories of Earthquake Ground Motion 92

1 General 72

Earthquake Ground Motion 72

Static Earthquake Design Forces 273

1 General 273

2 Base Shear Force(UBC) 283

3 Lateral Story Forces(UBC) 333

4 Proposed Static Design Procedures 343

5 Examples 383

6 Additional Reading 413

7 Additional Reading 694

6 Examples 534

5 Rigid Floor Diaphragms 524

4 Flexible Floor Diaphragms 504

3 Floor Diaphragms 464

1 General 434

Modeling of Shear Wall Buildings 434

2 Looking at the Building System 434

5 Fundamental Period of Vibration 765

10 Additional Readings 905

9 Examples 825

8 Ultimate Strength of Concrete Masonry Shear Walls 815

6 The Participation Factor 775

7 The Damage Level Earthquake Spectral Design Procedure 795

4 Damping 755

3 Fundamental Mode Response Spectrum Analysis 735

2 Displacement of Shear Wall Substructure 725

1 General 715

Shear Wall Response Using Elastic Response Spectra 715

Shear Wall Response Using Inelastic Response Spectra 916

1 General 916

2 Ductility 936

3 Construction of Inelastic Yield Spectra 966

4 Calculation of Shear Wall Forces 1026

5 Calculation of Shear Wall Deflections 1036

6 The Collapse Level Earthquake Spectral Design Procedure 1046

7 Examples 1046