Data Scientist
Data Science skills (advanced): Python, R, SQL, Machine Learning, Artificial Intelligence
Ph.D. Candidate, Civil and Environmental Engineering, York University, Canada,
M.Sc. in Chemical and Process Engineering
Research keywords: Bio-separation, Nanomaterials, Heat and mass transfer, Polymer composites
+1 647 365 5487
Analytical modeling
Another method for modeling and optimization is the implementation of analytical models which are derived from the nature of phenomena. As a researcher I have research and academic background in the field of modeling and solving the correspondance equations in the field of transport phenomena and Computational Fluid Dynamics.
My research in this field is categorized in the following subjects:
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Reaction and fluid transport (motion) in the process and the CFD modeling of the process
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Convective stability analysis of the fluid motion within different geometry and system
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Multi-phase fluid motion and the transport in the porous media
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Mass transfer and fluid motion in laminar and turbulence regimes
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Static heat transfer analysis and desining heat exchanger by using CFD
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Mass transfer and fluid motion behaviour analysis for optimum prodcution of hollow fiber
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Membrane-reactor optimization by considering fluid motion and reaction in laminar regime