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Graduate research
Ph. D. Thesis Topic: Models for Mass Transfer Effects in Semi-Fuel Cells and
for a Silver-Zinc Battery
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Modeling and
Numerical Simulation of the behavior of Silver-Zinc batteries numerically
using FEMLAB and FORTRAN
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Developed a
new numerical technique / tool (MADIN) for solving electrochemistry equations
in commercial CFD packages
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Developed a
library of automated mesh generation systems for complicated fuel-cell
geometries using CFD packages GAMBIT , FLUENT and STAR-CD
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Investigation of the behavior of Aluminum-Hydrogen peroxide systems by CFD
models using STAR-CD and FORTRAN
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Numerical
Simulation of flow field using CFD packages in PEM-fuel cells
Projects
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Prediction
of hopping diffusion in the glass-intercalate lattices (USC, 2002)
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A study of
Newman’s classic and review papers on porous electrodes (USC, 2001)
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Monte-Carlo
study of ion transport across solid interfaces in glass-intercalate (USC,
2001)
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Kinetic
calculations in Thermal Decomposition of Hydrogen sulphide (USC, 2000)
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Water uptake
in organic/phenolic coatings used for metal protection - a model based on
diffusion (USC,1999)
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Mass
transfer from a solid spherical particle coated with an insoluble polymeric
capsule (USC,1999)
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Flow past an
obstacle – A CFD study of dependence of mixing length on inlet velocity and
the height of obstacle (USC,1999)
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Design
calculations for the production of ammonia using Haber’s process (CECRI, 1998)
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