Seismic Evaluation, Damage, and Mitigation in Structures

PART 1 Introduction, earthquake-induced damage evaluation and repairs in structures 1. Damage indexes for performance assessment of low-rise RC walls 2. Controlling the deflection of long beams using pre-tensioning cables 3. Cable-Cylinder Bracing System: Theoretical Background, Structural Behaviour and Seismic Design Coefficients 4. Method of seismic resistance design - Case studies 5. Probabilistic evaluation of earthquake-induced damage 6. Novel technique of seismic resistance design 7. Development and application of Bouc-Wen model in seismic performance evaluation of reinforced concrete members

PART 2 Repair of structural and non-structural components 8. Developing Seismic Fragility Curves for Caisson-type Quay Walls with Improved Backfill Soil

PART 3 Seismic damage mitigation strategies 9. Machine learning for seismic assessment 10. Robust design of intelligent control systems to mitigate earthquake-induced vibrations under uncertain conditions 11. Multi-Story Buildings Equipped with Innovative Structural Seismic Shear Fuse Systems 12. Seismic protection strategies for damage mitigation in structures 13. Measures to mitigate seismic risks 14. Mitigation of Deformations of a Hunchbacked Block-type Gravity Quay Wall Subjected to Dynamic Loading through Optimizing its Back-face Configuration 15. Other methods of seismic damage mitigation strategies

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• Construção e materiais de edifícios
• Engenharia estrutural

?Active system; Artificial intelligence-enhanced mechanical model; Axial load; Beam length; Block-type quay wall; Bouc-Wen; Broken-back wall; Buckling-restrained brace; Buckling-restrained brace frame; Damage control; Damage mitigation; Dynamic response; Earthquake-induced vibrations; Eccentrically braced system; Elasticity modulus; Experimental data; Fixed end moment; Fragility curve; Fragility curves; Fuzzy methods; Gravity quay wall; Hunchbacked cross section; Hybrid system; Hysteresis model; Hysteretic damper; Intelligent control systems; Iterative technique; MR damper; Machine learning; Multiple linear regression; Nonlinear dynamic analysis; Nonlinear response history analysis; Nonlinearities; Numerical simulation; Numerical simulations; Opposition-based CBO algorithm; Optimization; Overall review; Passive energy dissipation system; Performance-based design; Pretensioning force; Probabilistic method; Probabilistic methods; Probabilistic seismic analysis; Push-over analysis; Reinforced concrete; Reinforced concrete frame; Reinforced concrete frames; Response-based controller; Risk assessment; Rubber bearings; Seismic design; Seismic isolation system; Seismic performance evaluation; Seismic protection strategies; Seismic vulnerability; Semiactive control; Semiactive system; Shear displacement; Shear modulus; Steel plate shear wall; Structural control; Structural modeling uncertainty; Structural optimization; Structural shear dampers; Total cable force; Uncertain conditions; V-shaped cable patterns; Vibration control