Computational Inversion and Algorithms
Learn how engineers use Rayleigh surface waves to 'listen' to bridges and find hidden damage without ever drilling a single hole.
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Computational Inversion and Algorithms
Discover how scientists use the natural 'hum' of the city to find hidden sinkholes and buried pipes before they cause problems.
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Microtremor and Passive Source Analysis
Learn how researchers use sound waves and super-sensitive microphones to check the health of our bridges and roads without ever digging a hole.
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Non-Destructive Structural Testing
Using 'Love waves' and sensitive accelerometers, scientists at the Surface Wave Hub are creating high-tech maps of buried pipes and hidden sinkholes to prevent urban disasters.
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Computational Inversion and Algorithms
Surface Wave Hub researchers are using sound waves and seismic sensors to 'listen' to bridges and tunnels, finding hidden cracks and weak spots without ever having to drill a hole.
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Microtremor and Passive Source Analysis
Scientists are using city noise and 'microtremors' to map the ground beneath our feet. Learn how they find hidden voids and pipes using the power of surface waves.
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Seismic Instrumentation and Calibration
Discover how engineers use seismic 'surface waves' to listen to bridges and find hidden damage before it becomes a problem. It’s like an ultrasound for our infrastructure.
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Microtremor and Passive Source Analysis
Discover how the constant 'noise' of a city—from buses to subways—is being used to map hidden sinkholes and abandoned tunnels beneath our streets.
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Wave Physics and Propagation Theory
Learn how engineers use Rayleigh waves and seismic sensors to 'listen' to the health of bridges and tunnels, catching structural issues before they become visible.
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Computational Inversion and Algorithms
Learn how engineers use sound waves to map hidden voids and old pipes beneath city streets, preventing sinkholes and saving millions in construction costs.
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