Razieh Khosravi

Introduction

I am Razieh Khosravi, a PhD graduate in Petroleum Engineering with a specialization in Reservoirs from Sahand University of Technology, Tabriz. My areas of expertise encompass fluid flow modeling and simulation in porous media, modeling and simulation of water-based enhanced oil recovery processes, pilot area selection, automatic history matching, and the development of proxy models utilizing machine learning techniques.

Education

PhD. in petroleum engineering , sahand university of technology , iran (2019 - 2024)
Thesis title: An Optimized Numerical Study to Investigate Synergy of Low Salinity-Polymer Flood for Heavy Oil Sandstone Reservoirs
MSc. in petroleum engineering , sahand university of technology , iran (2016 - 2019)
Thesis title: Modeling Spontaneous Imbibition in a Single Matrix Block in Fracturd Reservoirs
BSc. in petroleum engineering , shiraz university , iran (2012 - 2015)

Research activities

Journal articles

1	Milad Nourizadeh, Razieh Khosravi, mohammad simjoo, mohammad chahardowli (2026) A hybrid AI-genetic algorithm framework for the optimization of polymer flooding strategies: a numerical simulation-based approach Scientific Reports: 16; 3934
2	Razieh Khosravi, mohammad simjoo, mohammad chahardowli (2025) An innovative approach to upscale low-salinity polymer flooding in heterogeneous sandstone reservoirs: Application of particle swarm optimization and automated history matching Results in Engineering: 26; 104761
3	Razieh Khosravi, mohammad simjoo, mohammad chahardowli (2024) A new insight into pilot-scale development of low-salinity polymer flood using an intelligent based proxy model coupled with particle swarm optimization Scientific Reports: 14; 29000
4	Razieh Khosravi, mohammad chahardowli, mohammad simjoo (2024) Smart Water−Polymer Hybrid Flooding in Heavy Oil Sandstone Reservoirs: A Detailed Review and Guidelines for Future Applications ENERGY & FUELS: 38; 12283-12302
5	Razieh Khosravi, mohammad simjoo, mohammad chahardowli (2024) Low salinity water flooding: estimating relative permeability and capillary pressure using coupling of particle swarm optimization and machine learning technique Scientific Reports: 14; 13213
6	Razieh Khosravi، mohammad simjoo، mohammad chahardowli (1402) Developing an Analytical Model to Investigate the Flow Behavior of Polymer Flood in Heavy Oil Reservoirs: Investigating the Effect of Salinity and Heterogeneity in the Reservoir Scale پژوهش نفت: 34; 117-128
7	Razieh Khosravi، mohammad chahardowli، mohammad simjoo (1400) Numerical Modeling of Water Spontaneous Imbibition Process in a Fractured Reservoir Block and Investigating the Impact of Different Boundary Conditions on the Oil Recovery مجله مهندسی مکانیک دانشگاه تبریز: 51; 105-114
8	Razieh Khosravi, mohammad chahardowli, amin keykhosravi, mohammad simjoo (2021) A model for interpretation of nanoparticle-assisted oil recovery: Numerical study of nanoparticle-enhanced spontaneous imbibition experiments FUEL: 292; 120174

Conference articles

1	Razieh Khosravi, mohammad simjoo, mohammad chahardowli (2023) Application of Automatic History Matching in Upscaling Polymer Flood in Heterogeneous Reservoirs The 12th International Chemical Engineering Congress & Exhibition (IChEC 2023), Iran, Tehran

Projects