Ayse K.
Researcher at Izmir Institute of Technology- Claim this Profile
Click to upgrade to our gold package
for the full feature experience.
-
Turkish Native or bilingual proficiency
-
English Full professional proficiency
Topline Score
Bio
Credentials
-
Introduction to Python for Data Science (Microsoft) Course
DataCampFeb, 2018- Oct, 2024
Experience
-
Izmir Institute of Technology
-
Türkiye
-
Higher Education
-
400 - 500 Employee
-
Researcher
-
Sep 2019 - Present
-
-
Researcher
-
Apr 2018 - Present
-
-
-
Abdullah Gül University
-
Türkiye
-
Higher Education
-
200 - 300 Employee
-
Visiting Scholar
-
Jan 2019 - Aug 2019
-
-
-
Clemson University
-
United States
-
Higher Education
-
700 & Above Employee
-
PhD Candidate
-
Aug 2011 - Dec 2016
• Adding subroutines to an existing FORTRAN77 MPI code which solves fully compressible form of momentum, total energy, and all species’ partial density equations in a temporarily developing reacting shear layer geometry incorporated with the Peng-Robinson real gas state equation, real property models, and generalized heat and mass diffusion. • Adding a reduced (29 step, 10 species) Kerosene/Air mechanism including a semi-global soot formation/oxidation model associated with an optically thin medium radiative heat flux model has been added to the same code to investigate soot formation/oxidation process in a temporarily developing hydrocarbon flame operating at both atmospheric and elevated pressures for a both real gas law (RGL) and the ideal gas law (IGL) equation of states (EOS),• Testing validity of the IGL EOS assumption on soot formation/oxidation processes in both atmospheric and elevated pressure Kerosene/Air shear flames with generalized diffusion,• Testing validity of the Unity Lewis (Le) Number assumption on soot formation/oxidation processes in both atmospheric and elevated pressure Kerosene/Air shear flames with simple Foruier and Fickian heat and mass flux equations,• Testing pressure effects on soot formation/oxidation processes in Kerosene/Air shear flames with varying ambient pressures from 1 atm to 35 atm for non-unity and unity Le number assumptions.
-
-
Graduate Research Assistant
-
Aug 2012 - Aug 2013
Basically, I had worked on an NSF funded project for a short period of time.
-
-
Education
-
Clemson University
Doctor of Philosophy (PhD), Mechanical Engineering -
Clemson University
Master of Science (MS), Mechanical Engineering -
Kocaeli University
Bachelor of Applied Science (B.A.Sc.), Mechanical Engineering