Author / Contributor
"Contributor dedicated to the study of material interfaces and the elastic properties of heterogeneous solids. He explores how porosity and density influence wave velocity in engineered media."
Scientists are listening to the city's natural hum to find hidden sinkholes and buried pipes, using microtremors to map the ground without digging.
Read Story
Seismic Instrumentation and Calibration
Scientists are using microtremors and surface waves to map the 'invisible city' of pipes and voids beneath our feet to prevent sinkholes.
Read Story
Wave Physics and Propagation Theory
This week, we explore how sound waves act like flashlights in the dark, what mud tells us about the earth's history, and why heat makes sensors act strange.
Read Story
Computational Inversion and Algorithms
Researchers are using the natural 'hum' of the city to create underground maps, finding hidden pipes and dangerous sinkholes without digging a single hole.
Read Story
Wave Physics and Propagation Theory
Using the 'garbage' noise of city traffic, researchers at the Surface Wave Hub are mapping the maze of pipes and holes hidden under our sidewalks.
Read Story
Non-Destructive Structural Testing
Learn how engineers use Rayleigh and Love waves to 'listen' to bridges and find hidden damage before it becomes a danger.
Read Story
Microtremor and Passive Source Analysis
Hidden voids and abandoned tunnels are a major risk in urban areas. New seismic tech lets scientists 'see' these gaps using nothing but the city's background noise.
Read StoryDiscover how the background noise of a busy city is being used to map underground pipes and prevent dangerous sinkholes.
Read Story
Wave Physics and Propagation Theory
Cities are using microtremors and surface waves to find buried pipes and hidden sinkholes. This tech lets us map the underground without digging or stopping traffic.
Read Story
Computational Inversion and Algorithms
City planners are using everyday city noise and 'microtremors' to map underground pipes and find hidden sinkholes before they collapse.
Read Story
Non-Destructive Structural Testing
The ground is constantly humming with noise from traffic and wind. Scientists are now using those tiny vibrations to map out sinkholes and buried pipes in our cities.
Read Story
Microtremor and Passive Source Analysis
Cities are using the 'hum' of traffic to map out hidden pipes and dangerous sinkholes. See how surface wave technology lets us see through asphalt without digging a single hole.
Read Story
Computational Inversion and Algorithms
Sensitivity kernels or Fréchet derivatives are the mathematical tools used in surface wave tomography to map observable seismic data to subsurface physical properties. This review explores their role in iterative inversion and their frequency-dependent depth sensitivity.
Read Story
Non-Destructive Structural Testing
Trace the evolution of surface wave theory from Lord Rayleigh’s 1885 discovery to modern Spectral Analysis of Surface Waves (SASW) used for bridge safety and infrastructure inspection.
Read Story
Computational Inversion and Algorithms
A review of the 2014 InterPACIFIC project, which compared non-invasive seismic methods and inversion algorithms across three European geological sites to assess $V_{s,30}$ reliability.
Read Story
Computational Inversion and Algorithms
A technical overview of deterministic and stochastic inversion methods used in seismic surface wave analysis for geotechnical site characterization and infrastructure testing.
Read Story
Computational Inversion and Algorithms
This article examines the MASW methodology and its specialized algorithmic adaptations for detecting subsurface voids like karst features and abandoned mines in urban geophysical surveys.
Read Story
Computational Inversion and Algorithms
A technical review of the 25-year progression of Multichannel Analysis of Surface Waves (MASW), from its 1999 conceptualization to contemporary multimodal inversion and global optimization techniques.
Read Story
Geological Subsurface Imaging
This article examines the comparative effectiveness of Rayleigh and Love waves in detecting urban voids and mapping buried infrastructure, highlighting research from London and Tokyo.
Read Story
Computational Inversion and Algorithms
This article explores the significant shift in seismic inversion from 2015 to 2023, focusing on how neural networks and CNNs have automated dispersion curve picking and enhanced elastic parameter estimation in surface wave analysis.
Read Story