Aditya Hemant Dabak

**** *. *** ****** *** ***

acurz6@r.postjobfree.com

Tempe, Arizona- 85281

480-***-****

SUMMARY

Graduate student at Arizona State University with strong academic background & work experience in the

field of Computational Fluid Dynamics & Thermal Fluid Sciences with following core competencies:

CFD- nek5000/Fluent C++/Python FEA-ANSYS

Thermo-Fluid Analysis Testing & Validation Mathematical Modeling

EDUCATION

Master of Science, Mechanical Engineering, Expected-

May 2016

Arizona State University, Tempe, Arizona

GPA: 4.00

Bachelor of Engineering, Mechanical Engineering,

June 2014

Mumbai University, Mumbai, India

GPA: 4.00

TECHANICAL SKILLS & RELEVENT COURSEWORK

Concepts: Fluid Dynamics, Turbulence, Heat Transfer, CFD, FEA Design and Analysis, Hydraulic

Machinery

Software Tools: nek5000, Star CCM+, ANSYS-Fluent/CFX, SolidWorks, CATIA, ANSYS-Structural,

HyperMesh

Programming Languages: C, C++, Java, FORTRAN, Python, SQL, UNIX-Shell Scripting, MATLAB, EES

WORK EXPERIENCE.

Graduate Research Assistant, Integrative Simulations and Computational Fluids Lab, ASU May 2015-

Present

Worked on Computational Simulation of Film Cooling in Gas Turbine Blades on nek5000- High

order spectral element CFD solver using Open MPI parallelization technique.

Generated computational mesh using HyperMesh based upon dimensionless wall distance (y+)

requirements

Developed subroutines in FORTRAN to evaluate inflow boundary condition based upon Rescaling and

Recycling Inflow Generation method to obtain high fidelity inflow conditions small development

region

Working towards coupling turbulent boundary layer & film cooling simulations using Nek-Nek

framework

Analyzed turbulence statistics using various post processing scripts in MATLAB scripts in order to

understand complex flow dynamics involving Counter Rotating Vortex Pair.

PROJECT EXPERIENCE

Analysis and Modelling of Turbulent Flows

Spring 2015

Analyzed Homogeneous Isotropic Turbulence in order to understand energy transfer and dissipation

mechanisms in the turbulent flows such as vortex stretching, inter-scale energy transfer, energy

cascade

Aditya Hemant Dabak

1207 E. 8th Street APT 201

acurz6@r.postjobfree.com

Tempe, Arizona- 85281

480-***-****

Formulated governing equations for Anisotropy Transport, Kolmogorov (K41), K-Epsilon turbulence

models

Design Optimization of Rotating Heat Sink

Spring 2015

Designed & Analyzed performance of rotating heat sink for electronic package cooling using CFD

simulation

Optimized heat sink fin geometry to give maximum Heat dissipation capacity at different rotation

speeds by analyzing effect of fluid-structure interaction on the flow dynamics & heat transfer rate

using ANSYS- CFX

Validated designs performance against experimental data released by Sandia National Lab using EES

scripts

FDM & FEM based Solvers for various CFD problems

Fall 2014

Developed C++ based numerical solvers to simulate elliptical, parabolic & hyperbolic equations in 1D

and 2D

Used developed solver to visualize process of die diffusion in a closed mixing chamber

Recommended best suitable simulation technique based on order of convergence and simulation time

Proposed a method to use developed solver for complex geometries encountered in Medical Industry

Modelling and Analysis of flow around Airfoil Wing

Fall 2014

Developed a Python script to model for flow around an airfoil wing based on Airfoil Theory to

compute lift and drag developed at different angle of attacks with laminar inflow conditions

Analyzed effect of turbulent inflow condition by simulating flow in Fluent using Spalart-Alamras

Model

Performed grid independence study using experimental data to validate simulation results

Design of Cooling System for a Formula Student Race Car- SAE Fall 2012-

Spring 2013

Internationally Recognized-27th rank at Formula Student Germany

Designed a cooling system for student race car of Orion Racing India which participates at

FSAE Competition

Modeled components in SolidWorks based upon waste heat calculations & heat exchanger

design principles

Performed CFD analysis in Fluent & Structural FEA analysis in ANSYS Mechanical to

determine pressure loss, cooling efficiency and factor of safety associated with different system design

alternative

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