Fluid viscous dampers (FVDs) have shown their efficiency as energy-dissipating systems,
reducing the effects induced on structures by dynamic loading conditions like earthquakes …

The seismic design of structures is crucial for preventing structural collapse and
safeguarding human lives. Buckling-restrained braces (BRBs) have emerged as effective …

The prediction of the magnitude and impact of forthcoming earthquakes remains an elusive
challenge in the field of science. Consequently, extensive research efforts have been …

Passive energy dissipation systems and devices are helpful in mitigating the danger of
earthquake damage to structures. Metallic slit dampers (MSDs) are one of the most efficient …

This study specifically focuses on the dam** efficiency of a damped structure with
additional viscous dampers. A two-layer steel frame structure with eight sets of viscous …

Offshore structures are continuously subjected to vibrations from one or more environmental
loads. These vibrations cause many serviceability issues ranging from crew discomfort and …

A particle impact damper (PID) dissipates the vibration energy of a structure through impacts
within the damper. The PID is not commonly used in practice mainly because of its low …

Braces equipped with dissipative devices are among the most widespread methods for the
seismic strengthening of seismically prone reinforced concrete (RC) frames. It allows for …

This study introduces a novel Replaceable Fuses Metallic Damper (RFMD) with a double-
stage yield mechanism, aiming to enhance the energy dissipation capacity of structures …

This study investigates the influence of viscous damper parameters on the dam**
efficiency of frame shear wall structures. Taking a specific frame shear wall structure as the …