Termodinamik

Prof. Dr. İbrahim Özkol (Uçak Mühendisliği)

http://web.itu.edu.tr/ozkol

Özgün Araştırma Alanları

Sivil havacılık, havacılık yönetimi.
kinematik-Dinamik
İnce cidarlı yapılar
ısı- akışkan

Bugüne Kadar Yaptırdığı Bitirme Çalışmaları

2016-2017 Güz
2015-2016 Bahar
2016-2017 Bahar
2017-2018 Güz
2017-2018 Bahar
2018-2019 Güz
2018-2019 Bahar
2019-2020 Güz
2019-2020 Bahar
2019-2020 Yaz
2020-2021 Güz
2020-2021 Bahar
2021-2022 Güz
2021-2022 Yaz
2022-2023 Güz
2023-2024 Güz

Bu Dönem Yaptıracağı Bitirme Çalışması Listesi

Genel Araştırma Alanları

Mukavemet
Termodinamik
Hava Araçları Tasarımı
Isı Geçişi
Akışkanlar Mekaniği

Prof. Dr. Ali Kodal (Uçak Mühendisliği)

http://web.itu.edu.tr/kodal

Özgün Araştırma Alanları

termodinamik, akışkanlar mekaniği, itki

Bugüne Kadar Yaptırdığı Bitirme Çalışmaları

2016-2017 Güz
2016-2017 Bahar
2017-2018 Güz
2017-2018 Bahar
2018-2019 Güz
2018-2019 Bahar
2019-2020 Güz
2019-2020 Bahar
2020-2021 Güz
2020-2021 Bahar
2021-2022 Güz
2021-2022 Yaz

Bu Dönem Yaptıracağı Bitirme Çalışması Listesi

Genel Araştırma Alanları

Aerodinamik
Performans
Termodinamik
Isı Geçişi
Akışkanlar Mekaniği

Prof. Dr. A. Cihat Baytaş (Uçak Mühendisliği)

http://web.itu.edu.tr/~baytas/

Özgün Araştırma Alanları

Isı Geçişi, Termodinamik, Akışkanlar Mekaniği
Gözenekli Ortamlarda ısı geçişi ve akış, Gözenekli Yakıcılar
Hesaplamalı Isı ve Akışkanlar dinamiği
Uçaklarda Buzlanma
Deneysel Isı geçişi ve gözenekli ortamda akış

Bugüne Kadar Yaptırdığı Bitirme Çalışmaları

2015-2016 Bahar
2016-2017 Bahar
2017-2018 Bahar
2018-2019 Bahar
2019-2020 Bahar
2019-2020 Yaz
2020-2021 Güz
2020-2021 Bahar

Bu Dönem Yaptıracağı Bitirme Çalışması Listesi

Genel Araştırma Alanları

Termodinamik
Isı Geçişi
Akışkanlar Mekaniği
Hesaplamalı Akışkanlar Dinamiği

Prof.Dr. Melike Nikbay (Uzay Mühendisliği)

http://web.itu.edu.tr/~nikbay/

My current research interests are mostly in multidisciplinary design optimization, computational aerodynamics, computational structural dynamics, aeroelasticity, fluid-structure interaction, supersonic flow, sonic boom minimization, uncertainty quantification, multifidelity analysis, reliability based design optimization and stochastic optimization. The platforms that we apply Multidisciplinary Optimization Tecniques techniques are in a range from UAV, UCAV, civil transport, supersonic transport, military aircraft, rocket systems to satellite and atmospheric entry vehicles.

I am the principal investigator of Aerospace Multidisciplinary Design Optimization AeroMDO LAB in ITU.

I am the principal investigator of TUBITAK 1001 project 218M471 Development of Multifidelity and Multidisciplinary Methodologies Integrating Sonic Boom, Aeroelasticity and Propulsion System for Supersonic Aircraft Design which will run between 2019- 2022. We have scholarships for graduate students in this project.

I am also the director of NATO STO Support Program Project, AVT-SP-002 Turbulence And The Aerodynamic Optimisation of Nonplanar Lifting Systems with collaboration of Istanbul Technical University (TUR) and University of Glasgow (GBR), I am collaborating with Prof. Dr. Konstantinos Kontis, 05.05.2018 - 05.05.2021.

I am the principal investigator of ITU - BAP-Scientific Research Program Project, Application of Multidisciplinary and Multi-fidelity Optimization Techniques for Supersonic Aircraft , 20.12.2019- 01.02.2021.

I am the Principal Investigator: of ITU - BAP-Scientific Research Program Project, Development of a Nonlinear Sonic Boom Prediction Software, Grant number: MYL-2020-42758, 07.08.2020-07.08.2021

We also completed an extended research for a PhD thesis on Solid Rocket Motor Propellant Design using Structural Strength and Ballistic Performance. This work can also be extended for interested students.

We are also partners in some research in NATO Science and Technology Organization Applied Vehicle Panel (related technologies for military vehicles) such as Multidisciplinary Optimization, Stochastic Optimization and Computational Validation.

After spending 2 years of research in Air Force Research Laboratory in Dayton/Ohio and in NASA Langley Research Center in Hampton/ Virginia, I got back to my faculty position in ITU in September 2016. At NASA, I worked for the Commercial Supersonic Technology Project. I focused on investigating the impact of aeroelastic uncertainties on sonic boom loudness values.

I am looking for ambitious students who are challenged with research and will continue to MS studies especially with a focus on international scientific contribution and producing publications.

Please do not hesitate to contact me to discuss your ideas and questions.

Melike Nikbay

Özgün Araştırma Alanları

Aeroelasticity, Aerospace Structures
Multidisciplinary Design Optimization
Uncertainty Quantification, Reliability Based Design Optimization, Stochastic Optimization
Fluid-Structure Interaction
Sonic Boom Analysis and Minimization