Ö. ALTUNTAŞ Et Al. , "Comparison of Auxiliary Power Unit APU and Ground Power Unit GPU with Life Cycle Analysis in Ground Operations A Case Study for Domestic Flight in Turkey," Applied Mechanics and Materials , vol.629, pp.219-224, 2014
ALTUNTAŞ, Ö. Et Al. 2014. Comparison of Auxiliary Power Unit APU and Ground Power Unit GPU with Life Cycle Analysis in Ground Operations A Case Study for Domestic Flight in Turkey. Applied Mechanics and Materials , vol.629 , 219-224.
ALTUNTAŞ, Ö., EKİCİ, S., YALIN, G., & KARAKOÇ, T. H., (2014). Comparison of Auxiliary Power Unit APU and Ground Power Unit GPU with Life Cycle Analysis in Ground Operations A Case Study for Domestic Flight in Turkey. Applied Mechanics and Materials , vol.629, 219-224.
ALTUNTAŞ, ÖNDER Et Al. "Comparison of Auxiliary Power Unit APU and Ground Power Unit GPU with Life Cycle Analysis in Ground Operations A Case Study for Domestic Flight in Turkey," Applied Mechanics and Materials , vol.629, 219-224, 2014
ALTUNTAŞ, ÖNDER Et Al. "Comparison of Auxiliary Power Unit APU and Ground Power Unit GPU with Life Cycle Analysis in Ground Operations A Case Study for Domestic Flight in Turkey." Applied Mechanics and Materials , vol.629, pp.219-224, 2014
ALTUNTAŞ, Ö. Et Al. (2014) . "Comparison of Auxiliary Power Unit APU and Ground Power Unit GPU with Life Cycle Analysis in Ground Operations A Case Study for Domestic Flight in Turkey." Applied Mechanics and Materials , vol.629, pp.219-224.
@article{article, author={ÖNDER ALTUNTAŞ Et Al. }, title={Comparison of Auxiliary Power Unit APU and Ground Power Unit GPU with Life Cycle Analysis in Ground Operations A Case Study for Domestic Flight in Turkey}, journal={Applied Mechanics and Materials}, year=2014, pages={219-224} }