Reduce the vibration amplitude of the structure
Bridge shock absorbers can effectively reduce the vibration amplitude of the bridge structure under the action of earthquake or other loads. By absorbing and dissipating energy, shock absorbers can convert the vibration energy of the structure into heat energy, thereby reducing the dynamic response of the bridge.
Improve the stability of the structure
Bridge shock absorbers can significantly improve the stability of the bridge structure. When an earthquake occurs, the shock absorber absorbs and dissipates the shock energy, reducing the displacement and stress of the structure, thereby reducing the risk of structural damage. In the long-term use process, the shock absorber can also effectively reduce the fatigue damage of the bridge structure and prolong the service life of the structure.
Protection of auxiliary facilities
The use of shock absorbers can reduce the impact of earthquakes on bridge auxiliary facilities. Ancillary facilities on bridges, such as pipelines, cables, and communication lines, often also require protection to ensure the functional integrity of the bridge. The installation of shock absorbers can reduce the shock load of these ancillary facilities and reduce the risk of damage.