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Noushin Azimy

Member of The Honor Society of Phi Kappa Phi
From Tulsa, Oklahoma
Noushin Azimy is a Ph.D. candidate in Mechanical Engineering at the University of Tulsa, specializing in fluid dynamics and thermal sciences. She has authored over 15 peer-reviewed publications in leading journals, contributed to laboratory development, and served as an instructor and mentor throughout her graduate studies. She regularly presents her research at major international conferences and shares her work with the Erosion/Corrosion Research Center (ECRC) industry consortium, delivering biannual presentations to over 17 supporting oil and gas companies.
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The University of Tulsa

The Honor Society of Phi Kappa Phi

Noushin Azimy Elected to Membership into The Honor Society of Phi Kappa Phi

Noushin Azimy of Tulsa, Oklahoma, was recently elected to membership into The Honor Society of Phi Kappa Phi, the nation's oldest and most selective all-discipline collegiate honor society, at The...

April, 07 2026 - Verified by The Honor Society of Phi Kappa Phi
Noushin Azimy was recognized for earning an academic award
Presidential Graduate Fellowship: Selected for the Presidential Graduate Fellowship at the University of Tulsa, a prestigious and competitive award recognizing outstanding academic achievement and research excellence. The fellowship provides funding to support advanced graduate study and research.
Fall 2023 - Summer 2026 - Added by Noushin
Noushin Azimy was recognized for earning a spot on an honors list
GPA: 4.00/4.00, Ph.D. in Mechanical Engineering, University of Tulsa
Added by Noushin
Noushin Azimy was recognized for earning an academic award
GSA Travel Grant: Awarded a competitive GSA Travel Grant to present my research at the ASME FEDSM 2024 Conference. The grant supports dissemination of research on erosion mechanisms due to the droplet impact on different materials.
Added by Noushin
Noushin Azimy was recognized for earning an academic award
Chapman Scholar Presentation Award: Awarded a competitive Chapman Scholar Presentation Award to present my research at the ASME FEDSM 2024 Conference. The grant supports dissemination of research on erosion mechanisms due to the droplet impact on different materials.
Added by Noushin
Noushin Azimy was recognized for earning an academic award
GSA Travel Grant: Awarded a competitive GSA Travel Grant to present my research at the ASME FEDSM 2025 Conference. The grant supports dissemination of research on droplet impact and erosion mechanisms in fluid-structure interaction.
Added by Noushin
Noushin Azimy was recognized for earning an academic award
Research Travel Grant: Awarded a competitive the Research Travel Grant to present my research at the ASME FEDSM 2025 Conference. The grant supports dissemination of research on droplet impact and erosion mechanisms in fluid-structure interaction.
Added by Noushin
American Society of Mechanical Engineers
Technical Presentation at American Society of Mechanical Engineers (ASME)-Fluids Engineering Division Summer Meeting (FEDSM) 2024
The University of Tulsa
Added by Noushin
North America Wind Energy Academy
Technical Presentation at North America Wind Energy Academy (NAWEA)/Wind Tech Conference 2025
The University of Tulsa
Added by Noushin
25th International Conference on Wear of Materials
Technical contributed presentation at 25th International Conference on Wear of Materials, Spain
The University of Tulsa
Added by Noushin
National Academy of Engineering
Poster presentation at National Academy of Engineering, University of Tulsa
The University of Tulsa
Added by Noushin
Erosion/Corrosion Research Center
Bi-annual research presentation for over 17 Oil & Gas companies at Erosion/Corrosion Research Center, University of Tulsa
The University of Tulsa
Added by Noushin
The University of Tulsa
Poster presentation at Graduate Research Day
The University of Tulsa
Added by Noushin
American Society of Mechanical Engineers Conference
Technical Presentation at American Society of Mechanical Engineers (ASME)-Fluids Engineering Division Summer Meeting (FEDSM) 2025
The University of Tulsa
Added by Noushin
Presentation at American Society of Mechanical Engineers
Technical Presentation at American Society of Mechanical Engineers (ASME)-Fluids Engineering Division Summer Meeting (FEDSM) 2026
The University of Tulsa
Added by Noushin
Technical Reviewer
Invited to review peer-reviewed scholarly work and research papers at the Journal of Heliyon, Nonlinear Dynamics, Discover Nano, and ASME (Journal of Solar Energy Engineering: Including Wind Energy and Building Energy Conservation and Fluids Engineering Division Summer Meeting (FEDSM)).
The University of Tulsa
Added by Noushin
Instructor at The University of Tulsa

Delivered a specialized course on CFD, focusing on multiphase flow modeling, meshing strategies, and simulation techniques using ANSYS Fluent.

August 2025 - December 2025
Mentor at The University of Tulsa

PIV Lab: Mentoring undergraduate student to characterize the liquid droplet properties.
Advising graduate students to run PIV for measuring solid particle tracking and resolving PIV issues.

October 2023 - Present
Research Fellowship at The University of Tulsa

Simulation of rain droplet erosion impact on wind turbine blades using FSI.
Adding new materials to the Liquid Impact Erosion Software (LIES) predictive tool for assessing liquid erosion in pipeline systems.
FEA to find a deflection of different bridges and trusses.
CFD simulation of the effect of pipe roughness in a turbulent flow.
Modifying the design of the wind turbine facility using SOLIDWORKS software.
Experimental investigation of water droplet erosion impact on different solid surfaces.
Utilized Particle Image Velocimetry (PIV) to characterize solid particles and liquid droplets, enhancing erosion prediction accuracy.
MATLAB: Processed and analyzed PIV data for validation against INSIGHT 4G software results.
Analysis of the solid surface damage using SEM and Profilometry test.
Programming via Mathematica to develop numerical methods.

August 2023 - Present
Lab Developement at The University of Tulsa

Wind Turbine Facility Development for Water Droplet Erosion Evaluation: Improved the experimental setup by redesigning the system to reduce motor overload and successfully increase droplet impact velocity beyond the original 20 m/s limit.
PIV Laboratory Enhancement: Modified a static-flow Particle Image Velocimetry (PIV) setup by developing a custom water droplet simulator to introduce controlled flow disturbances. This modification mimics turbulence effects induced by rotating blades in water droplet erosion environments.
LIES Software Development: Developed the Liquid Impact Erosion Software (LIES) by adding new non-metallic materials using VBA to predict erosion in pipeline systems. The tool is currently under consideration by the Erosion/Corrosion Research Centers (E/CRC) 16 oil and gas industry partners for industrial application.

August 2023 - Present

Initiation

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