Author / Contributor
"Senior Writer focusing on the mathematical frameworks of Rayleigh and Love waves. He explores the nuances of inversion algorithms and the spectral analysis of subsurface data for precision imaging."
Seismic Instrumentation and Calibration
Engineers are using seismic waves to 'listen' to bridges and find hidden cracks before they become a problem, ensuring our infrastructure stays safe without the need for drilling.
Read Story
Seismic Instrumentation and Calibration
Learn how engineers use Rayleigh and Love waves to 'listen' to bridges and find hidden damage without ever swinging a wrecking ball.
Read Story
Geological Subsurface Imaging
Engineers are using seismic surface waves to listen to bridges and find hidden cracks before they become dangerous. This non-destructive method is saving money and making our roads safer.
Read Story
Microtremor and Passive Source Analysis
Engineers are using seismic surface waves to 'listen' to bridges and roads, finding hidden cracks before they become dangerous without ever drilling a hole.
Read Story
Non-Destructive Structural Testing
Cities are using the natural hum of the earth to find hidden sinkholes and buried pipes without digging a single hole.
Read Story
Non-Destructive Structural Testing
Researchers are using seismic surface waves to 'listen' to the health of bridges and tunnels, finding hidden flaws before they become dangerous problems.
Read Story
Seismic Instrumentation and Calibration
Using the earth's natural vibrations, researchers can map underground hazards like sinkholes and old pipes, helping cities stay ahead of potential disasters.
Read Story
Wave Physics and Propagation Theory
Ever wonder how engineers check if a bridge is safe without tearing it apart? Learn how the Surface Wave Hub uses ripples in the ground to map hidden weaknesses and keep our infrastructure standing.
Read Story
Wave Physics and Propagation Theory
Cities are using the 'hum' of traffic to find hidden sinkholes and buried pipes before they cause trouble.
Read Story
Non-Destructive Structural Testing
Discover how engineers use sound waves to find hidden cracks in bridges and roads without ever picking up a drill.
Read Story
Computational Inversion and Algorithms
Seismic inversion is evolving from traditional iterative least-squares methods to advanced deep learning models, offering new ways to map the subsurface using Rayleigh and Love waves.
Read Story
Computational Inversion and Algorithms
Surface Wave Hub examines the use of Bayesian inference to quantify uncertainty in seismic velocity profiling, moving beyond single best-fit models to provide strong geotechnical risk assessments.
Read Story
Computational Inversion and Algorithms
A survey of the transition from manual interpretation to deep learning workflows in seismic surface wave analysis, focusing on CNN architectures and physical verification.
Read Story
Computational Inversion and Algorithms
This article examines the performance differences between Genetic Algorithms and linearized inversion methods in the context of seismic surface wave analysis and shear-wave velocity profiling.
Read Story
Geological Subsurface Imaging
Explore the latest verification strategies for detecting shallow subsurface voids in urban environments using MASW, GPR, and the Microtremor Array Method, featuring insights from 2014 Florida sinkhole studies.
Read Story