Daldal, B. N. Et Al. 2016. Optimum insulation thickness for cooling applications through exergy analysis and environmental methods. Green Energy and Technology , vol.PartF2 , 339-347.

Daldal, B. N., Sarıoğlu, İ., ÖZEL EROL, G., AÇIKKALP, E., & YAMIK, H., (2016). Optimum insulation thickness for cooling applications through exergy analysis and environmental methods. Green Energy and Technology , vol.PartF2, 339-347.

Daldal, Beyza Et Al. "Optimum insulation thickness for cooling applications through exergy analysis and environmental methods," Green Energy and Technology , vol.PartF2, 339-347, 2016

Daldal, Beyza N. Et Al. "Optimum insulation thickness for cooling applications through exergy analysis and environmental methods." Green Energy and Technology , vol.PartF2, pp.339-347, 2016

Daldal, B. N. Et Al. (2016) . "Optimum insulation thickness for cooling applications through exergy analysis and environmental methods." Green Energy and Technology , vol.PartF2, pp.339-347.

@article{article, author={Beyza Nur Daldal Et Al. }, title={Optimum insulation thickness for cooling applications through exergy analysis and environmental methods}, journal={Green Energy and Technology}, year=2016, pages={339-347} }