Vibration isolation applications in the transportation industry

Railway transportation: In railway transportation, vibration isolation is mainly applied to structures such as railway bridges, tunnels, and stations. By adopting vibration isolation technology in railway bridges and tunnels, it is possible to reduce the transmission of vibration generated during train operation to surrounding buildings or soil, thereby reducing the impact on the surrounding environment and residents.

 

Highway transportation: In highway transportation, vibration isolation technology is commonly used for structures such as highways and bridges. By using vibration isolation devices in bridge supports and bridge structures, it is possible to reduce the transmission of vibrations generated by vehicle movement to the bridge structure and surrounding soil, thereby improving the safety and comfort of the bridge.

 

Subway transportation: Vibration isolation technology is widely used in subway vehicles and track systems. By using vibration isolation devices in subway vehicles and track systems, the vibration and noise generated during train operation can be reduced, improving passenger comfort and safety.

 

Air traffic: In air traffic, vibration isolation technology is mainly applied to structures such as airport runways, aircraft takeoff and landing facilities, and air traffic control towers. By using vibration isolation devices in these structures, the vibration and noise generated during aircraft takeoff and landing can be reduced, and the impact on surrounding residents and the environment can be minimized.

 

In general, the main purpose of vibration isolation applications in the transportation industry is to reduce the vibration and noise generated during transportation, improve the safety, comfort, and sustainability of transportation facilities and surrounding environments.