The 'ViBa' is a Vibrating Barrier That Could Help Keep Cities Safe
Katherine Pendrill — July 16, 2015 — Art & Design
References: brighton.ac.uk & psfk
A research team from the University of Brighton has developed a vibrating barrier that could help reduce earthquake damage by absorbing seismic vibrations. As cities continue to expand, protecting the urban environment from natural disasters remains a primary concern. In order to keep cities safe from earthquakes, new technology is needed to deal with seismic activity.
The 'ViBa' presents a potential solution to urban earthquake damage. The new vibrating barrier is designed to be buried deep underground and fixed to the foundation of urban structures. If an earthquake occurs, the barrier will absorb some of the vibrations produced by seismic waves in order to protect the buildings and keep them intact. If these devices are placed strategically throughout the city, the vibrating barriers could help to keep entire cities safe from earthquakes.
Currently the design is just a concept and still requires real-world experimentation. However, the technology is believed to be a viable solution to protect city infrastructure from earthquakes.
The 'ViBa' presents a potential solution to urban earthquake damage. The new vibrating barrier is designed to be buried deep underground and fixed to the foundation of urban structures. If an earthquake occurs, the barrier will absorb some of the vibrations produced by seismic waves in order to protect the buildings and keep them intact. If these devices are placed strategically throughout the city, the vibrating barriers could help to keep entire cities safe from earthquakes.
Currently the design is just a concept and still requires real-world experimentation. However, the technology is believed to be a viable solution to protect city infrastructure from earthquakes.
Trend Themes
1. Seismic-resistant Design - The development of vibrating barriers to protect against seismic waves presents an opportunity for the construction industry to implement new seismic-resistant designs.
2. Underground Technology - The use of underground vibrating barriers introduces opportunities for innovation in the underground technology industry.
3. Earthquake Mitigation - The development of the ViBa technology represents an opportunity for companies and governments to invest in new earthquake mitigation solutions.
Industry Implications
1. Construction - The construction industry could benefit from implementing the ViBa technology to create more resilient structures.
2. Infrastructure - The development of vibrating barriers presents an opportunity for the infrastructure industry to invest in new technology to protect against natural disasters.
3. Geotechnical Engineering - The ViBa technology offers a new opportunity for geotechnical engineering companies to develop innovative solutions for preventing earthquake damage.
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