Areas of Research
- Coupled Hydro-Mechanical-Chemical Processes
- Homogenization
- Nonlocal Models in Low Permeable Porous Media (tight/shale reservoirs)
- Pore-Scale Modeling
- ThermoFluids Science
Dr. Mojdeh Rasoulzadeh’s research is in the area of modeling flow and species transport in highly heterogeneous subsurface systems. She is interested in analytical solutions and numerical simulation of coupled hydro-mechanical-chemical processes in highly heterogeneous porous media. Her focus is more »
Areas of Research
- Coupled Hydro-Mechanical-Chemical Processes
- Homogenization
- Nonlocal Models in Low Permeable Porous Media (tight/shale reservoirs)
- Pore-Scale Modeling
- ThermoFluids Science
Dr. Mojdeh Rasoulzadeh’s research is in the area of modeling flow and species transport in highly heterogeneous subsurface systems. She is interested in analytical solutions and numerical simulation of coupled hydro-mechanical-chemical processes in highly heterogeneous porous media. Her focus is on obtaining the effective macroscale nonlocal models of flow and transport in multiscale heterogeneous media via applying mathematical techniques such as homogenization.
She is also interested in pore-scale modeling of flow, deformation, and dissolution in nano/microscale fractures and cavities embedded in a porous host.
Research Areas
- Applied & Computational Math
My main area of research is flow and transport modeling in highly heterogeneous subsurface formations. I am interested in analytical solutions and numerical simulation of coupled hydro-mechanical-chemical processes in porous media.
Research Interests:
- Fate and transport of microplastic fibers in complex structured porous systems
- Effective models of flow in multiscale heterogeneous fractured porous media
- Coupled thermo-hydro-mechanical-chemical simulation of highly heterogeneous porous media
- Numerical simulation of flow and transport in heterogeneous deformable porous media
- Subsurface flow and transport modeling
- Groundwater-surface water interactions in karst aquifers
- Underground storage of hydrogen
Research
- Fate, Transport, and Deformation of Microplastic Filaments in Porous Systems
- Effective Models of Flow in Vuggy Porous Media
- Asymptotic Models of Flow in a Single Corrugated Fracture
- Effective Models of Flow in Multi-scale Fractured Porous Media
- Numerical Simulation of Bio-reactive Multiphase Multicomponent Transport During Under Ground Storage of Hydrogen
- Coupled Reservoir-geomechanics Simulation
Current Projects: Mathematical modeling of flow in heterogeneous porous media
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