Frau Cansu Özman

Maschinenbau

Biografie

Kurzbiographie

09/2018 – Present: Center of Flow Simulation, Düsseldorf University of Applied Science, Düsseldorf, Germany

Research Assistant

Experimental and numerical investigation of the dependence of power and efficiency on the temperature distribution on the surfaces of a thermoelectric generator

Verification of heat distribution for multi-microchannel heat sink under various heat fluxes by using computational methods

03/2017 – 09/2017: King Mongkut’s University of Technology Thonburi, Bangkok, Thailand

Research assistant at Fluid Mechanics, Thermal Engineering and Multiphase Flow Research Laboratory (FUTURE)

Performing experiments by using a multi-microchannel heat sink to investigate the cooling effect of the system and understanding its limits for reliability in practical use, and also, creating an alternative solution method for observation of the cooling fluid characteristics by using EES and Excel during experiments

09/2016 – 06/2019: M.Sc. in Mechanical Engineering Heat and Processing

Yildiz Technical University, Istanbul, Turkey

Thesis: Experimental investigation of the boiling of R134a flowing through microchannel heat sinks

Titel und Abstract des Dissertationsprojektes

Experimental and Computational Investigation of Convective Heat Transfer on Rough Surfaces

To achieve a better understanding of the flow and heat transfer processes along an additively manufactured rough surface, their accurate computational prediction is needed. The majority of the existing wall-function based roughness models have been used and validated mainly for hydrodynamic problem i.e. for the momentum transfer processes, but not necessarily for thermal problem, i.e. for the convective heat transfer in the existence of a temperature gradient. Thus, for accurate heat transfer predictions, a further validation, assessment and improvement of the models is necessary. The proposed research consists of two main work as experimental and computational. While in the experimental side a test rig is designed and data are collected with different roughness patterns, the results are compared with computational model for validation. Furthermore, the computational model is enhanced and developed to reach a wide range of roughness pattern and to obtain better accuracy for prediction of flow and heat transfer behavior.

Neuigkeiten

Vortragstätigkeit

In Bearbeitung

Publikationen

B. Pfeiffelmann, C. Ozman, A. C. Benim, F. Joos “Variable temperature effects on TEG Performance” E3S Web of Conferences, 128(11-12):07004, 2019.

A. S. Dalkilic, C. Ozman, K. Sakamatapan, S. Wongwises “Experimental investigation on the flow boiling of R134a in a multi-microchannel heat sink” International Communications in Heat and Mass Transfer, Volume 91, 125-137, 2018.

Sonstige wissenschaftliche Aktivitäten/Mitgliedschaften

In Bearbeitung

Sonstiges

M.Sc.