M. H. Ahmadi Et Al. , "Multi-objective optimization and exergetic-sustainability of an irreversible nano scale Braysson cycle operating with Ma xwell-Boltzmann gas," Alexandria Engineering Journal , vol.55, no.2, pp.1785-1798, 2016
Ahmadi, M. H. Et Al. 2016. Multi-objective optimization and exergetic-sustainability of an irreversible nano scale Braysson cycle operating with Ma xwell-Boltzmann gas. Alexandria Engineering Journal , vol.55, no.2 , 1785-1798.
Ahmadi, M. H., Ahmadi, M., Pourfayaz, F., Bidi, M., & AÇIKKALP, E., (2016). Multi-objective optimization and exergetic-sustainability of an irreversible nano scale Braysson cycle operating with Ma xwell-Boltzmann gas. Alexandria Engineering Journal , vol.55, no.2, 1785-1798.
Ahmadi, Mohammad Et Al. "Multi-objective optimization and exergetic-sustainability of an irreversible nano scale Braysson cycle operating with Ma xwell-Boltzmann gas," Alexandria Engineering Journal , vol.55, no.2, 1785-1798, 2016
Ahmadi, Mohammad H. Et Al. "Multi-objective optimization and exergetic-sustainability of an irreversible nano scale Braysson cycle operating with Ma xwell-Boltzmann gas." Alexandria Engineering Journal , vol.55, no.2, pp.1785-1798, 2016
Ahmadi, M. H. Et Al. (2016) . "Multi-objective optimization and exergetic-sustainability of an irreversible nano scale Braysson cycle operating with Ma xwell-Boltzmann gas." Alexandria Engineering Journal , vol.55, no.2, pp.1785-1798.
@article{article, author={Mohammad H. Ahmadi Et Al. }, title={Multi-objective optimization and exergetic-sustainability of an irreversible nano scale Braysson cycle operating with Ma xwell-Boltzmann gas}, journal={Alexandria Engineering Journal}, year=2016, pages={1785-1798} }