Skip to content
N NAIRI
Back to people
H

Hamed Ebrahimian

Associate Professor, Civil and Environmental Engineering

Open to new collaborations

Research interests

System identification (linear/nonlinear) and uncertainty quantification Structural health monitoring, diagnosis, and prognosis Integration of computational models with sensory data / Digital Twins Bayesian inference, Bayesian model updating and model inversion Stochastic filtering and data assimilation Risk assessment / decision making under uncertainty Nonlinear computational solid and structural mechanics, nonlinear finite element response simulation Nonlinear mechanics of reinforced concrete Soil-structure interaction Large/full-scale experimental studies Multi-hazard analysis, design, and assessment of civil structures Disaster resilience Structural dynamics and earthquake engineering

Recent publications

The ten most recent from their Google Scholar profile, newest first.

  1. Deep learning for single-image super-resolution in remote sensing: A review

    S Yang, H Ebrahimian, Z Zhang, Q Huang. International Journal of Remote Sensing 47 (3), 1061-1103 , 2026. 2026

    5 citations

  2. Bayesian Identification of Soil‐Structure Systems Using Seismic Response Measurements: A Case Study on a Field Test Structure

    A Taha, F Ghahari, N Malekghaini, H Ebrahimian, E Taciroglu. Earthquake Engineering & Structural Dynamics 55 (3), 804-821 , 2026. 2026

    3 citations

  3. A collaborative network to understand how wildland fire emissions influence lake ecosystems

    F Scordo, S Chandra, J Brahney, D Mallia, J Adkins, T Banerjee, .... Limnology and Oceanography Bulletin , 2026. 2026

    2 citations

  4. Downwind deposition of pyrogenic particles from wildfire plumes

    F Scordo, M Bavandpour, D Or, H Ebrahimian, J Brahney, A Provard, .... Communications Earth & Environment 7 (1), 487 , 2026. 2026

    1 citation

  5. Computationally Efficient Time-Domain Finite-Element Model Updating for Joint Input-Parameter Estimation Based on a Simplified Response Sensitivity Calculation Approach

    N Malekghaini, A Taha, H Ebrahimian, M Bowers, F Ghahari, E Taciroglu. Journal of Engineering Mechanics 152 (1), 04025084 , 2026. 2026

    1 citation

  6. A data-driven firebrand generation model for application in wildland fire simulation platforms

    K Shamsaei, S Wong, F Szasdi-Bardales, M Bavandpour, R Shaik, D Or, .... Fire Safety Journal 163 (104881) , 2026. 2026

    1 citation

  7. Environmental Extremes: Building a New Research Partnership between the University of Nevada Reno and the Pacific Northwest National Laboratory

    H Ebrahimian, A Harpold, A Nolin, S Allen. University of Nevada, Reno , 2026. 2026

  8. Probabilistic Wildfire Risk Assessment: A Computationally Efficient Framework for Systematic Uncertainty Propagation–Hazard Analysis

    M Bavandpour, D Or, N Elhami-Khorasani, T Parhizkar, MP Thompson, .... Reliability Engineering & System Safety, 113203 , 2026. 2026

  9. Rethinking Wildfire Risk Assessment: An Efficient and Uncertainty-Aware Probabilistic Framework

    M Bavandpour, D Or, H Ebrahimian. EGU26 , 2026. 2026

  10. Quantifying Downwind Deposition of Wildfire-Emitted Particles to Ecosystems

    F Scordo, M Bavandpour, D Or, H Ebrahimian, S Chandra, J Brahney. EGU26 , 2026. 2026

All publications on Google Scholar