Yüksek Lisans Öğrencileri
Ph.D Students
| Oktay Çiçek (Attended years: 2016-2025)
His research interests include thermal sciences and fluid dynamics, aerodynamics, aircraft icing, computational fluid dynamics (CFD), convective heat transfer in porous media, particle trajectory and deposition in the vented enclosure, and the application of micro and nanoparticles in fluid flow. Title of Ph.D. dissertation: MIKRO ve NANO PARÇACIKLARIN AKIŞ ORTAMINDA DA GILIMININ SAYISAL |
| Hadi Siyahi (Attended years: 2016-2022)
His research interests are thermal sciences and fluid dynamics, energy and exergy analyses, power generation, optimization of energy consumption, internal combustion engines, gas turbines and aircraft engines, power plant, powertrain, propulsion, building energy, heating & ventilation & air conditioning (HVAC), aircraft icing, multiphase flow, turbomachinery, and computational fluid dynamics (CFD). Title of Ph.D. dissertation: “Numerical simulation of aircraft icing with an adaptive thermodynamic model considering ice accretion” Concept: The main idea is to use computational fluid dynamics (CFD) for writing a modular computer program via FORTRAN to simulate the icing phenomenon in aircraft and predict the final shape of ice on the wings. First, the grid is generated around an airfoil. Then, the airflow is determined and the convective heat transfer coefficient is calculated. Next, the distribution of water droplets under the influence of airflow is specified by using the Eulerian method to obtain the collection efficiency of water droplets on the body. Eventually, by applying thermodynamic calculations, the ice accretion on the surface is found. Finally, the entire icing simulation is repeated up to the determined exposure time to predict the final shape of ice on the surface. Contribution of Ph.D. dissertation: Siyahi, H., & Baytaş, A. C. (2023). An adaptive approach for modelling ice accretion on aircraft. Progress in Computational Fluid Dynamics, an International Journal, 23(4), 213-230.
DOI: 10.1504/PCFD.2023.132222
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