Elnaz Seylabi

Assistant Professor

University of Nevada Reno

United States

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Dr. Elnaz Seylabi is an Assistant Professor at the University of Nevada Reno, specializing in geotechnical engineering and seismic response analysis. Her recent research includes the application of physics-informed neural networks for modeling wave propagation and the seismic response of storage systems during earthquakes. Dr. Seylabi's work also explores subsurface imaging techniques using distributed acoustic sensing in urban environments, focusing on the San Francisco Bay area and downtown Reno, Nevada.

Articles (17)

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2026

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Collaborators (3)

Himan Hojat Jalali

UNITED STATES

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Domniki Asimaki

Professor

California Institute of Technology

UNITED STATES

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Seth Saltiel

Professor

Cornell University

UNITED STATES

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Elnaz Seylabi

Research Interests

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Articles (17)

Dimensionless physics-informed neural networks for remote-excitation SH-wave propagation in truncated domains

Physics-informed neural network modeling of one-dimensional wave propagation under broadband and long-duration incident waves

Seismic response of vertical dry storage casks under three-dimensional earthquake motions

Response characteristics of dry storage systems under earthquake and impact external loading: A review

Data-driven characterization of near-surface velocity in the San Francisco bay area: A stationary and spatially varying approach

Subsurface Imaging in Urban Environments: Utilizing Distributed Acoustic Sensing in Downtown Reno, Nevada

Subsurface Imaging Using Interferometry of Distributed Acoustic Sensing Ambient Noise Measurement along a Dark Fiber Line: A Case Study in Downtown Reno, Nevada

A supervised approach for improving the dimensionless frequency estimation for time‐domain simulations of building structures on embedded foundations

Frequency- and deformation-dependent macroelement model for dynamic axial soil-buried structure interaction in time domain

Seismo-VLAB: An open-source finite element software for seismic meso-scale simulations

On seismic isolation of soil-meta-foundation-structure systems

An LSTM RNN proposal for surrogate modeling the dynamic response of buried structures to earthquake plane waves in soil half-spaces

Site characterization at Treasure Island and Delaney Park downhole arrays by heterogeneous data assimilation

Mitigation of seismic waves using graded broadband metamaterial

P- and S-wave velocity estimation by ensemble Kalman inversion of dispersion data for strong motion stations in California

Optimization of frequency domain impedances for time-domain response analyses of building structures with rigid shallow foundations

Deterministic ground motion simulations with shallow crust nonlinearity at Garner Valley in Southern California

Collaborators (3)

Himan Hojat Jalali

Domniki Asimaki

Seth Saltiel

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