Zakia Sultana
Department of Mechanical Engineering, Massachusetts Institute of Technology, 77 Mass
Ave, 1-321, Cambridge: 02143, MA,USA, acpak9@r.postjobfree.com, phone: +1-617-***-****
Developed large-scale parallel Numerical algorithms in the Computational Fluid Dynamics
(CFD) and Solid-Fluid interaction (FSI) fields, and developed Linear/Nonlinear solvers for
advanced complex systems focusing on interfacial flow, free surface flow, multiphase system
using different numerical techniques such as Finite element method (FEM),Finite difference
method (FDM), Finite Volume method (FVM). Experienced with molecular dynamics
simulation, and also involved in Software development and enhancement in computational
speed by parallel MPI. Designed and fabricated a Kaplan Turbine Model with airfoil blades,
and developed a code to optimize the design for blades of Turbo-machinery.
EDUCATION
Ph.D. in Mechanical Engineering, 2012
University of Toronto, Canada
Thesis: Finite Element Simulation (FEM) of Interfacial Flow on Unstructured Mesh
using Second Order VOF Method.
M.A.Sc. in Mechanical Engineering, 2003
University of Toronto, Canada
Thesis: A Preconditioned Iterative Parallel solver for the Incompressible Navier-Stokes equations.
B.Sc. (honors) in Mechanical Engineering 1998
Bangladesh University of Engineering & Technology (BUET), Bangladesh
Thesis: Design, Fabrication and Performance optimization of a Kaplan Turbine Model.
GPA: 3.84/4.00 (with honors, 2nd out of 98 students)
PROFESSIONAL EXPERIENCE
Postdoctoral Associate at MIT, June, 2012 – Sept, 2014
Advisor: Prof. Ken Kamrin
• Modeling Solid fluid interaction using Commercial software ABAQUS, STAR-CCM+
• Different turbulence modeling techniques for fluid flow inside Nuclear water reactor(NWR).
• Implementing o f fuel-rod interaction in in-house FDM code for NWR and compared
the results with commercial software
• Development of sub modeling method to focus on the effect of local hydrodynamics
on rough-walled Fuel rod on wear
• Investigating of Newtonian and polymeric droplet impact on different surfaces with high
speed image analysis
Research Assistant at University of Toronto 2003 -2012
Advisor: J. Mostaghimi, M. Paraschvoiu
• Developed a 3D 2nd order accurate VOF method for Tetrahedral mesh
• Developed a novel stable FEM pressure-poisson equation (PPE) algorithm for
interfacial flow using piecewise-quadratic elements for both velocity and pressure
• Developed a C++ code for the VOF method and implemented on CFD industrial cases
• Analyzed and compared the findings with experimental and numerical benchmark solutions
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• Developed an accurate method for curvature calculation and implemented surface tension
forces on unstructured mesh and applied it for bubble dynamics and droplet impact
• Developed an algorithm to implement multi-fluid flow problems and tested this for
bubble/droplet coalescence, breaking and merging phenomena
• Implemented Static and Dynamic contact angles on the FEM code and compared the
results with literature
• Compared the simulated data from the developed code with CFX, Fluent packages
Research Assistant at University of Toronto 2001 - 2003
Advisor: M. Paraschvoiu, J. Mostaghimi
• Developed a Parallel 3D Navier Stokes solver for unstructured mesh using FEM with MPI
• Developed various Preconditioners to improve convergence speed up and parallel efficiency
• Optimized an iterative solver using reconjugat ion in Conjugate gradient method
• Developed a mesh-partitioner and compare it with METIS software package
• Tested and optimized a 3D Parallel Finite Volume Method solver (Ripple code)
Bangladesh University of Engineering & Technology (BUET), 1997 -1998
Undergraduate Researcher
• Designed, constructed and tested performance of a Kaplan turbine with airfoil blade.
• Developed a code for optimizing the design of aerofoil blades of the Kaplan turbine.
Lecturer at Bangladesh Univ .of Engg. & Tech. (BUET), 1998 -2001
• Delivered lectures for undergraduate courses C++ programming, Heat transfer, Fluid
Mechanics, Fundaments of Mechanical Engg. (Class of 50 students)
• Assisted students with data analysis and assignments ; graded exams, laboratory reports
PUBLICATIONS
1. Z. Sultana, M. Bussmann, J. Mostaghimi, M. Paraschvoiu : A Second Order Accurate 3D
VOF Method for Tetrahedral Meshes. (in Preparation)
2. Z. Sultana, J. Mostaghimi, M. Paraschvoiu: Accurate curvature estimation on
unstructured mesh for surface tension dominated flows (in Preparation)
3. Z. Sultana, M. Paraschvoiu, J. Mostaghimi: A novel finite element algorithm for
implementing Static and Dynamic Contact angles for droplet impact on a flat surface (in
Preparation)
4. Z. Sultana and M.N. Hyder, Non-darcy free convection inside a wavy enclosure, Int.
Comm. in Heat and Mass Transfer, 34, 136 (2007)
5. Z. Sultana, A. A. Mahmud, D. K. Das, A computer program for the design of a Kaplan
Turbine runner aerofoil blade, BUET Technical Journal, 1997-98, BUET, Dhaka,
Bangladesh.
Computater Skills/Experience
• Proficient in Fortran, C and C++ language, Matlab, Python, Perl, Maple, Tecplot, Gnuplot,
Origin, MPI, Latex
• Proficient in Windows, UNIX, LINUX, MS Office and Vi, E macs text editors
• Experienced with Molecular dynamics software, i.e. Lammps, Accelrys
• Experienced with ABAQUS, STAR-CCM+, and AutoCAD packages
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GRADUATE COURSES
Statistical Mechanics of Polymer, Topics in Turbulence modeling, Atomistic simulation of
Materials, Mechanical behaviors of Mater ials, Heat Transfer and Phase change, Multiphase
flow, Fluid Mechanics III, Computational Fluid Mechanics and Heat transfer, Fluid
Mechanics IV, Topics in Computational Fluid Dynamics, Solid Mechanics, Air Pollution,
Formation and Control, Principles of Measurements, Mechanics of Viscous Fluid, Smoothed
Particle Hydrodynamics .
PROFESSIONAL AFFILIATIONS
• American Society of Mechanical Engineers (ASME)
HONORS/ACTIVITIES
• University of Toronto “Open fellowship”, 2001-2007
• Engineering MERIT fellowship BUET (7 times) 1994-1998
• DEAN’S Award 1994-1998
• Werner Von Siemens award for excellence in undergraduate study 1999
.
REFERENCES
Available upon request
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