Faranak Behzadi

Faranak Behzadi

Positions and Work Experience

09-04-2020 - Research Scientist, Geology Department, University of Cincinnati, 345 Clifton Ct, Cincinnati, OH 45220 Geology-Physics Building, room 630

02-27-2017 -08-31-2019 Post-Doctoral Researcher, Environmental Engineering Department, University of Cincinnati,

Publications

Peer Reviewed Publications

Behzadi, F., Shamsaei, B. & Newman, J.C. (2018. ) Solution of fully-coupled shallow water equations and contaminant transport using a primitive-variable Riemann method.Environmental Fluid Mechanics , , 18 ,515–535 More Information

Behzadi F., Newman J.C. (2020. ) An exact source-term balancing scheme on the finite element solution of shallow water equations.Computer Methods in Applied Mechanics and Engineering, , More Information

Behzadi F., Wasti A., Rahat S.H., Tracy J.N., Ray P.A. (2020. ) Analysis of the climate change signal in Mexico City given disagreeing data sources and scattered projections.Journal of Hydrology: Regional Studies, , More Information

Soltanian M.R., Behzadi F., de Barros F. (2020. ) Dilution enhancement in hierarchical and multiscale heterogeneous sediments.Journal of Hydrology, , More Information

Liu Y., Wallace C.D., Zhou Y., Ershadnia R., Behzadi F., Dwivedi D., Xue L., Soltanian M.R. (2020. ) Influence of Streambed Heterogeneity on Hyporheic Flow and Sorptive Solute Transport.Water:, , More Information

Behzadi F., Newman III J.C. (2016. ) A semi-discrete SUPG method for contaminant transport in shallow water models.Procedia Computer Science, , More Information

Presentations

Paper Presentations

Behzadi F., Ray P.A. (2018. ) A Computational Fluid Dynamics Modeling Approach to Water Quality Risk Assessment: Case Study of Cincinnati, Ohio .District of Columbia, USA.

Behzadi F., Wasti A., Rahat S.H., Tracy J.N., Ray P.A., Rodriguez D. (2017. ) Establishing a Water Resources Resilience Baseline for Mexico City .New Orleans, Louisiana, USA.

Behzadi F., Newman III J.C. (2016. ) A semi-discrete SUPG method for contaminant transport in shallow water models .San Diego, California, USA.