Following the Northridge earthquake in 1995, buckling-restrained braced frames (BRBFs)
were used as effective substitutes for concentrically braced frames (CBFs). However, despite …

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

This study proposed a hollow laminated viscoelastomer-filled steel tube damper (HLVSTD),
which consists of a hollow laminated viscoelastomer, a steel tube, and two connection end …

The use of metallic dampers is an effective way to reduce seismic responses and dissipate
excessive vibration energy for civil structures. Conventional metallic dampers employed …

Hybrid braced frames (HBFs) emerge as an innovative seismic-resilient system, synergizing
the strengths of buckling-restrained braces (BRBs) and self-centering viscous energy …

Maximizing spatial utilization within tall buildings stands as a paramount planning
consideration for ensuring project feasibility, particularly accentuated ins the context of hotel …

The deformation design requirements of buckling-restrained brace (BRB) are explicitly
stipulated in design standards to ensure the safety of the building structures. However, BRBs …

Equipping energy dissipation devices in the structures is one of the effective methods to
resist earthquake disasters. Here, a novel buckling-controlled brace inspired by origami (O …

Owing to the complex mechanical properties influenced by excitation frequency and
amplitude, the modeling of viscoelastic damping materials and devices faces the challenge …

This paper proposes an alternative configuration of an all-steel assembly self-centering
buckling-restrained brace (FSBRB) fabricated by combining a buckling-restrained brace and …