Brady R. Cox

Professor

Utah State University

United States

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Brady R. Cox is a Professor at Utah State University in the United States. His research focuses on developing advanced methodologies for geophysical site characterization, including shear wave velocity profiling and Rayleigh wave analysis. Recent publications include innovative approaches to interpreting ambient noise measurements and applications of full-waveform inversion in natural hazards engineering. He is also involved in the utilization of emerging technologies for non-invasive near-surface investigations.

Articles (10)

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2025

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2025

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2025

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2025

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2025

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2024

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2024

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2024

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2024

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2024

Collaborators (1)

Sebastiano Foti

Professor

Politecnico di Torino

ITALY

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Brady R. Cox

Research Interests

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Articles (10)

A frequency-domain beamforming procedure for extracting Rayleigh wave attenuation coefficients and small-strain damping ratio from 2D ambient noise array measurements

An extension to the procedure for developing uncertainty-consistent shear wave velocity profiles from inversion of experimental surface wave dispersion data

Deep site characterization with full-waveform inversion of SH- and Love-waves induced by large mobile shaker

A simplified frequency-domain beamforming approach for active and passive surface wave surveys

NHERI@UTexas experimental facility with large-scale mobile shakers for field studies: a decade of discovery in natural hazards engineering

Emerging technologies and advanced analyses for non-invasive near-surface site characterization

DAS for 2-D MASW imaging: a case study on the benefits of flexible subarray processing

An Open-Access Data Set of Active-Source and Passive-Wavefield DAS and Nodal Seismometer Measurements at the Newberry Florida Site

Novel techniques for in situ estimation of shear-wave velocity and damping ratio through MASW testing part II: a Monte Carlo algorithm for the joint inversion of phase velocity and phase attenuation

Novel techniques for in situ estimation of shear-wave velocity and damping ratio through MASW testing – I: a beamforming procedure for extracting Rayleigh-wave phase velocity and phase attenuation

Collaborators (1)

Sebastiano Foti

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