Experimental evaluation and numerical simulation of low-yield-point steel shear panel dampers
Shear panel dampers are considered as a type of reliable passive energy dissipation device
for seismic resistant structures with a damage-controlling concept. It has been revealed that …
for seismic resistant structures with a damage-controlling concept. It has been revealed that …
Experimental study on mechanical properties of the hybrid lead viscoelastic damper
It is an effective strategy for improving the seismic performance of a building to install
dampers to absorb seismic energy. This study presents a hybrid lead viscoelastic damper …
dampers to absorb seismic energy. This study presents a hybrid lead viscoelastic damper …
Cyclic behaviour of a novel torsional steel-tube damper
A novel metallic damper with torsional-yielding on the circular steel tube, called torsional
steel-tube damper (TSTD), is proposed in this paper. Four specimens are designed for …
steel-tube damper (TSTD), is proposed in this paper. Four specimens are designed for …
Numerical and experimental studies on a new metallic-yielding pistonic damper based on pure-bending flexural yielding mechanism
In this study, the numerical and experimental investigations of a new passive control system
recently introduced by the authors are discussed. This system is a metallic-yielding pistonic …
recently introduced by the authors are discussed. This system is a metallic-yielding pistonic …
Mechanical behavior and seismic control performance of a metallic torsional damper for flexible structures
S Chen, W Wang, G Liu, C Zhou, B Chen, Z Chen - Engineering Structures, 2024 - Elsevier
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 …
excessive vibration energy for civil structures. Conventional metallic dampers employed …
Development and application of out-of-plane deformable X-shaped brace for energy dissipation and thermal stress mitigation: An experimental and numerical study
Exoskeleton systems are increasingly employed in both new and existing buildings to
enhance seismic performance. Addressing the critical challenges of energy dissipation and …
enhance seismic performance. Addressing the critical challenges of energy dissipation and …
Experimental, numerical and analytical study on seismic performance of shear-bending yielding coupling dampers
L Guo, J Wang, W Wang, H Wang - Engineering Structures, 2021 - Elsevier
A novel yielding damper combining traditional shear and bending yielding devices was
proposed and analyzed, in which the bending plates were clamped on both sides of the …
proposed and analyzed, in which the bending plates were clamped on both sides of the …
Damping capacity and seismic performance of a torsional metallic damper using a displacement amplification mechanism
Metallic dampers with plastic energy dissipation are often used in the seismic protection of
civil structures. However, conventional metallic dampers cannot provide adequate energy …
civil structures. However, conventional metallic dampers cannot provide adequate energy …
Introduction of a new metallic-yielding pistonic damper for seismic control of structures
A new damper with pistonic performance is presented in this research for seismic control of
structures. A set of rectangular metallic yielding plates has been considered as the energy …
structures. A set of rectangular metallic yielding plates has been considered as the energy …
Hysteretic model and resilient application of corrugated shear panel dampers
C Quan, W Wang, Y Li - Thin-Walled Structures, 2022 - Elsevier
In this study, corrugated steel shear panels were applied to a metallic shear panel damper
(SPD) to improve its seismic performance. The seismic performance tests and analysis of …
(SPD) to improve its seismic performance. The seismic performance tests and analysis of …