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1.
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Marano, Giuseppe Carlo
Vibrations reduction in engineering systems, such as civil, mechanical and aeronautical, can be achieved by modifying rigidities, masses, damping or shape and by providin [...]
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Proper steel model for reinforcing bar incorporating inelastic buckling is essential for precise seismic analysis of reinforced concrete structures. Steel model without c [...]
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This work deals with the multi-objective optimization of single Tuned Mass Dampers, focusing on buildings subject to low-moderate earthquakes. The novelty consists in con [...]
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The seismic behavior of Chinese RC (Reinforced Concrete) bridge piers with insufficient seismic details, severely damaged after an earthquake and then repaired and retrof [...]
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A critical issue in performance-based seismic assessment of structures and infrastructures is the development of reliable formulations able to correlate engineering deman [...]
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Many countries, especially in southern Europe, are greatly exposed to seismic hazard, which is the cause of severe damage in historical buildings or even destruction in t [...]
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The aim of this paper is to present a detailed analytical study able to simulate the earthquake induced lateral-torsional pounding between two multi-storey adjacent build [...]
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This work deals with the design optimization of tuned mass damper (TMD) devices used for mitigating vibrations in high-rise towers subjected to seismic accelerations. The [...]
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