Seismic Evaluation, Damage, and Mitigation in Structures

<p>PART 1 Introduction, earthquake-induced damage evaluation and repairs in structures<br>1. Damage indexes for performance assessment of low-rise RC walls<br>2. Controlling the deflection of long beams using pre-tensioning cables<br>3. Cable-Cylinder Bracing System: Theoretical Background, Structural Behaviour and Seismic Design Coefficients<br>4. Method of seismic resistance design - Case studies<br>5. Probabilistic evaluation of earthquake-induced damage<br>6. Novel technique of seismic resistance design<br>7. Development and application of Bouc-Wen model in seismic performance evaluation of reinforced concrete members</p> <p>PART 2 Repair of structural and non-structural components<br>8. Developing Seismic Fragility Curves for Caisson-type Quay Walls with Improved Backfill Soil</p> <p>PART 3 Seismic damage mitigation strategies<br>9. Machine learning for seismic assessment<br>10. Robust design of intelligent control systems to mitigate earthquake-induced vibrations under uncertain conditions<br>11. Multi-Story Buildings Equipped with Innovative Structural Seismic Shear Fuse Systems<br>12. Seismic protection strategies for damage mitigation in structures<br>13. Measures to mitigate seismic risks<br>14. Mitigation of Deformations of a Hunchbacked Block-type Gravity Quay Wall Subjected to Dynamic Loading through Optimizing its Back-face Configuration<br>15. Other methods of seismic damage mitigation strategies</p>