KAYILI, S. Et Al. 2012. EFFECT OF VENTILATION AND GEOMETRICAL PARAMETERS OF THE BURNING OBJECT ON THE HEAT RELEASE RATE IN TUNNEL FIRES. COMBUSTION SCIENCE AND TECHNOLOGY , vol.184, no.2 , 165-177.

KAYILI, S., YOZGATLIGİL, A., & ERALP, O. C., (2012). EFFECT OF VENTILATION AND GEOMETRICAL PARAMETERS OF THE BURNING OBJECT ON THE HEAT RELEASE RATE IN TUNNEL FIRES. COMBUSTION SCIENCE AND TECHNOLOGY , vol.184, no.2, 165-177.

KAYILI, Serkan, AHMET YOZGATLIGİL, And O. Cahit ERALP. "EFFECT OF VENTILATION AND GEOMETRICAL PARAMETERS OF THE BURNING OBJECT ON THE HEAT RELEASE RATE IN TUNNEL FIRES," COMBUSTION SCIENCE AND TECHNOLOGY , vol.184, no.2, 165-177, 2012

KAYILI, Serkan Et Al. "EFFECT OF VENTILATION AND GEOMETRICAL PARAMETERS OF THE BURNING OBJECT ON THE HEAT RELEASE RATE IN TUNNEL FIRES." COMBUSTION SCIENCE AND TECHNOLOGY , vol.184, no.2, pp.165-177, 2012

KAYILI, S. YOZGATLIGİL, A. And ERALP, O. C. (2012) . "EFFECT OF VENTILATION AND GEOMETRICAL PARAMETERS OF THE BURNING OBJECT ON THE HEAT RELEASE RATE IN TUNNEL FIRES." COMBUSTION SCIENCE AND TECHNOLOGY , vol.184, no.2, pp.165-177.

@article{article, author={Serkan KAYILI Et Al. }, title={EFFECT OF VENTILATION AND GEOMETRICAL PARAMETERS OF THE BURNING OBJECT ON THE HEAT RELEASE RATE IN TUNNEL FIRES}, journal={COMBUSTION SCIENCE AND TECHNOLOGY}, year=2012, pages={165-177} }