| Chapter 1 |
Introduction |
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Overview; Design Earthquakes. |
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| Chapter 2 |
Fully Inverse Problems |
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Eigenvalue Analysis Problem; Shear Building
Models; Shear-flexural Building Models; Distributed-parameter Rod Models. |
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| Chapter 3 |
Hybrid Inverse Problems |
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Shear Building Models, Elastically Supported
Shear Building Model; Elastically Supported Shear-flexural Model; Base-isolated
Structures; Shear Beam Models; General Soil-structure Interaction Models. |
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| Chapter 4 |
Incremental Inverse Problems |
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Static Loading; Dynamic Loading (undamped
system); Dynamic Loading (damped system); An Efficient Technique for Large
Structures. |
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| Chapter 5 |
Design for Fixed-Base Models |
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Moment-resisting Frames; Braced Frames;
Design Method Including Column Elongation; Dynamic Inelastic Design Methods. |
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| Chapter 6 |
Design Under Soil-Structure Interaction |
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Sway-rocking Model; Penzien-type Model;
Design Method by Finite-element Ground Model; Other Interaction Models. |
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| Chapter 7 |
Multi-Objective Structural Design |
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Dissatisfaction Functions; Elastic
Design Method; Design for Elastic-plastic Responses. |
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| Chapter 8 |
Design via Passive Control |
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Stiffness Design for Given Dampers;
Optimal Damper Placement (I); Optimal Damper Placement (II). |
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| Chapter 9 |
Future Directions |
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Future Directions. |
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