M. Özgün Korukçu Ph.D.

Phone       : +90 224 294 19 27

E-mail       : ozkorukcu@uludag.edu.tr

Research Fields

 

Heat and Mass Transfer, Thermodynamics, Power plants,

Thermal comfort, Renewable energy, Wind energy, CFD Applications

Education

 

B. Sc.   (1997-2002) Uludag University, Engineering-Architecture Faculty, Mechanical Engineering Department, Bursa

 

M. Sc. (2002-2005) Uludag University, Graduate School of Natural and Applied Sciences, Mechanical Engineering Department, Bursa

 

Ph. D. (2005-2010) Uludag University, Graduate School of Natural and Applied Sciences, Mechanical Engineering Department, Bursa

 

Postdoc Research (2011-2012) Technical University of Denmark, Wind Energy Department, Lyngby, Denmark

 

 

 

Publications

 

Korukcu, M.O., M. Kilic. 2012. Tracking hand and facial skin temperatures in an automobile by using IR-thermography during heating period. Gazi University Journal of Science. 25(1):207-217.

 

Korukcu, M. O., M. Kilic. 2012. Transient Effects Of Different Heating Modes On Temperature And Humidity Inside The Automobile Cabin During Heating Period. Journal Of Thermal Science And Technology. 32(1):101-107.

 

Korukcu, M.O., M. Kilic. 2011. Transient Effects of heater on CO2 emissions in an automobile. Scientific Research and Essays. Vol 6 (31):6465-6474.

 

Korukcu, M. O., M. Kilic. 2009. The usage of IR-thermography for the temperature measurements inside an automobile cabin., Int. Comm. in Heat and Mass Transfer, Vol.36, No.8, pp.872-877.

 

Korukcu, M. O. 2012. Investigation of Dynamic Responses of a Wind Turbine under Different Conditions. Uludag University Engineering-Architecture Faculty Journal, Volume 17 (2).

 

Korukcu, M.O., M. Kilic. 2012. Effect of solar radiation on thermal comfort in an automobile cabin. Pamukkale University Journal of Engineering Sciences. 18 (1): 29-35.

 

Korukcu, M.O., M. Kilic. 2012. Effects of Different Air Vent Usage on Thermal Comfort in Automobiles During Heating Period. Dokuz Eylül University Journal of Engineering Sciences. (Accepted for publishing).

 

Korukcu, M.O., M. Kilic. 2012. Numerical Analysis of Comfort Conditions In an Underfloor Heated Office By Using Different Building Components.      1. National Symposium of Air Conditioning and Cooling Training Proceedings Book, 795-804.

 

Korukcu, M.O. 2012. Aeroelastic Design of Wind Turbines. 18. International Energy&Environmental Fair and Conference Proceedings Book, 223-225.

 

Korukcu, M.O. 2012. Applications of Wind Energy Systems on Buildings. 10. International HVAC+R Technology Symposium Book, 378-388.

 

Korukcu, M.O., M. Kilic, J. Fan. 2012. Numerical Analysis of Comfort Conditions in an Underfloor Heated Office. 10. International HVAC+R Technology Symposium Book, 466-476.

 

Korukcu, M.O., M. Kilic, M. Mutlu. 2012. Investigation of Indoor Air Quality Inside an Automobile Cabin During Cooling Period. 6. Automotive Technologies Congress Book.

 

Korukcu, M.O., M. Kilic. 2011. Wind Energy Potential and Usage in Bursa. Wind Energy and Turbines Symposium Book, Bandırma, p. 19-24.

 

Korukcu, M.O., M. Kilic. 2011. Effect of air velocity on thermal comfort in an automobile cabin. Sakarya University Journal of Science. 15 (1) pp. 60-67.

 

Korukcu, M.O., 2011. Assesment of wind energy potential of four sites in Turkey. Uludag University Engineering-Architecture Faculty Journal. 16(1).

 

Korukcu, M.O., M. Kilic. 2008. Investigation of Co2 Emissions Inside an Automobile Cabin.  4. Automotive Technologies Congress Book, p.271-278 (in Turkish).

 

Kilic, M, M.O.Korukcu,. 2008. Determination of Instant Temperature Distribution by using IR Thermography In An Automobile Cabin. 4. Automotive Technologies Congress Book, p.517-521 (in Turkish).

 

Korukcu, M.O., M. Kilic. 2008. Experimental Investigation of the Warm Winds Effects on Facial Skin Temperatures. 8. International HVAC+R Technology Symposium Book, p. 238-246.

 

Korukcu, M.O., M. Kilic. 2005. Performance analysis of irreversible Brayton Cycle under maximum power and power density conditions. Uludag University Engineering-Architecture Faculty Journal, Volume 10, 59-70 (in Turkish).

 

Citing Articles

 

Alahmer, A., M. Abdelhamid, M. Omar. 2012. Design for thermal sensation and comfort states in vehicles cabins. Applied Thermal Engineering Volume 36, 126-140.

 

Mayyas A. R., M. Omar, P. Pisu. 2011. Comprehensive thermal modeling of a power-split hybrid powertrain using battery cell model. Journal of Power Sources, Volume 196 (15), 6588-6594.

 

Alahmer, A., A. Mayyas, A. Mayyas. 2011.Vehicular thermal comfort models; a comprehensive review Applied Thermal Engineering, Volume 31 (6-7), 995-1002.