Researchers Develop Coloring that Locates Damage in Bridges
Katherinev123 — February 1, 2012 — Tech
References: strath.ac.uk & wired
When not properly maintained or inspected, a bridge can be extremely dangerous to those who use it, but now a group of University of Strathclyde engineers have created a crack-detecting paint that can alert maintenance people of microscopic damage in large structures.
Made from recycled waste products, this crack-detecting paint has a quality similar to concrete. To work, the paint must be combined with wireless sensors (electrodes), which can detect the changes in the structure's conductivity map that cause minute cracks. In addition, the sensors can reveal weakness and corrosion. Explains engineer Dr. Mohamed Saafi, "The electrodes connected to the paint act almost like the nerves in the human body."
The benefit of the crack-detecting paint is that is less costly than other fault-detecting methods, such as human inspection. So far, the engineers are testing out a prototype of the paint on a bridge, wind turbine and underground tunnel near Glasgow, says Wired UK.
Made from recycled waste products, this crack-detecting paint has a quality similar to concrete. To work, the paint must be combined with wireless sensors (electrodes), which can detect the changes in the structure's conductivity map that cause minute cracks. In addition, the sensors can reveal weakness and corrosion. Explains engineer Dr. Mohamed Saafi, "The electrodes connected to the paint act almost like the nerves in the human body."
The benefit of the crack-detecting paint is that is less costly than other fault-detecting methods, such as human inspection. So far, the engineers are testing out a prototype of the paint on a bridge, wind turbine and underground tunnel near Glasgow, says Wired UK.
Trend Themes
1. Crack-detecting Paint - The development of crack-detecting paint opens up opportunities for more efficient and cost-effective methods of identifying damages in large structures.
2. Wireless Sensors - The integration of wireless sensors with crack-detecting paint presents opportunities for real-time monitoring and early detection of microscopic damage in bridges and other structures.
3. Recycled Materials - The use of recycled waste products in the creation of crack-detecting paint promotes sustainability and offers potential for innovative solutions in infrastructure maintenance.
Industry Implications
1. Construction - The construction industry can benefit from the implementation of crack-detecting paint as a cost-effective and reliable method for identifying damages in bridges and other large structures.
2. Smart Infrastructure - The development of wireless sensors and crack-detecting paint opens up opportunities for the smart infrastructure industry to enhance maintenance and safety measures in bridges, tunnels, and other structures.
3. Environmental Technology - The use of recycled waste products in crack-detecting paint aligns with the goals of the environmental technology industry, providing innovative solutions for sustainable infrastructure maintenance and inspections.
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