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47 results on '"Mollaioli, Fabrizio"'

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1. Comparison of Energy-Based, Force-Based and Displacement-Based Seismic Design Approaches for RC Frames in the Context of 2G of Eurocode 8

2. New Energy Based Metrics to Evaluate Building Seismic Capacity

3. Structural Damage Characterization via Energy-Based Limit State Definition

4. Energy Characterization Through OpenSees Nonlinear Simulation of Shear Walls Without Confined Boundary Zones

5. Energy-Based Topology Optimization Under Stochastic Seismic Ground Motion: Preliminary Framework

6. Key Points and Pending Issues in the Energy-Based Seismic Design Approach

8. An Energy-Based Seismic Design Procedure with Damage Control for Frames with Linear and Non-linear Fluid Viscous Dampers

9. Numerical Evaluation of the Energy Dissipation Capacity of Steel Members Subjected to Biaxial Bending

10. Damage Index Model for Masonry Infill Walls Subjected to Out-of-Plane Loadings

11. Physics-Based Approach to Define Energy-Based Seismic Input: Application to Selected Sites in Central Italy

12. Proposal of Design Energy Equivalent Velocity Spectrum Using Long-Period Ground Motion Records of Magnitude 7 to 7.5 Earthquakes

13. Effect of Bi-directional Ground Motion on the Response of Base-Isolated Structures with U-Shaped Steel Damper

14. Engineering Demand Parameters for Cumulative Damage Estimation in URM and RC Buildings

15. Cumulative Damage of Degrading Structures Due to Soft Soil Seismic Sequences

16. Demands and Capacities Prediction Equations of R/C Structures Based on Energy

17. Relation Between Input Energy and Equivalent Monotonic Response Curve

18. Equivalent Number of Cycles Formulation for a Base-Isolated Building

19. Pore Pressure Evaluation by Seismic Loads on the Ground Using an Energy Formulation

20. Experimental Study of RC Frames with Window and Door Openings Under Cyclic Loading

21. Predicting the Distribution of Hysteretic Energy Demand in Frame Members

22. A Displacement-Based Seismic Design Procedure with Local Damage Control, Dissipated Energy and Resilience

23. Constitutive Model Characterization of the RC Columns Using Energy Terms

24. Correlation Between Seismic Energy Demand and Damage Potential Under Pulse-Like Ground Motions

25. Input Energy Spectra for Pulse-Like Ground Motions

26. Study on Spandrel-Pier Interaction in Masonry Walls

27. Experimental Assessment of the Energy that Contributes to Damage

28. Reliability-Based Hysteretic Energy Spectra Using Modern Intensity Measures

29. Elastic and Inelastic Input Energy Correlations: Effects of Damping, Pulse Type, and Significant Duration

30. A Damage Index for the Seismic Evaluation of Buckling-Restrained Braces

31. NDSHA—A Reliable Modern Approach for Alternative Seismic Input Modelling

34. Reinforced Concrete Columns: Insight on Energy-Based Assessment from Biaxial Tests with Different Load Paths

35. Energy Dissipation Capacity of RC Columns Subjected to Dynamic Biaxial Seismic Loadings on a Shake Table

36. Energy-Based Design Theory for Self-Centering Structures

37. Evaluation of Different Approaches to Estimate Seismic Input Energy and Top Displacement Demand of Moment Resisting Frames

39. Effects of Pre-existing Damage on Fragility of URM and RC Frame Buildings

40. Evaluation of Earthquake Resistance of Steel Moment Resisting Frames

41. Assessment of Plastic Energy Demand Spectra on Frame Systems

44. An Energy-Based Prediction of Deformation Demand on Low- to Mid-Rise R/C Buildings with Hysteretic Dampers

45. Energy-Based Seismic Design Method for Coupled CLT Shear Walls

46. Vector-Valued Intensity Measures to Predict Peak and Hysteretic Energy Demands of 3D R/C Buildings

47. Least-Square Effective Stiffness to be Used for Equivalent Linear Model

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