E. CÜCE And S. RIFFAT, "Toward energy-efficient window technologies in low carbon buildings: CFD simulation of novel vacuum tube window," WORLD SOCIETY OF SUSTAINABLE ENERGY TECHNOLOGIES NEWSLETTER , vol.6, no.1, pp.6, 2014
CÜCE, E. And RIFFAT, S. 2014. Toward energy-efficient window technologies in low carbon buildings: CFD simulation of novel vacuum tube window. WORLD SOCIETY OF SUSTAINABLE ENERGY TECHNOLOGIES NEWSLETTER , vol.6, no.1 , 6.
CÜCE, E., & RIFFAT, S., (2014). Toward energy-efficient window technologies in low carbon buildings: CFD simulation of novel vacuum tube window. WORLD SOCIETY OF SUSTAINABLE ENERGY TECHNOLOGIES NEWSLETTER , vol.6, no.1, 6.
CÜCE, ERDEM, And SAFFA RIFFAT. "Toward energy-efficient window technologies in low carbon buildings: CFD simulation of novel vacuum tube window," WORLD SOCIETY OF SUSTAINABLE ENERGY TECHNOLOGIES NEWSLETTER , vol.6, no.1, 6, 2014
CÜCE, ERDEM And RIFFAT, SAFFA. "Toward energy-efficient window technologies in low carbon buildings: CFD simulation of novel vacuum tube window." WORLD SOCIETY OF SUSTAINABLE ENERGY TECHNOLOGIES NEWSLETTER , vol.6, no.1, pp.6, 2014
CÜCE, E. And RIFFAT, S. (2014) . "Toward energy-efficient window technologies in low carbon buildings: CFD simulation of novel vacuum tube window." WORLD SOCIETY OF SUSTAINABLE ENERGY TECHNOLOGIES NEWSLETTER , vol.6, no.1, p.6.
@article{article, author={ERDEM CÜCE And author={SAFFA RIFFAT}, title={Toward energy-efficient window technologies in low carbon buildings: CFD simulation of novel vacuum tube window}, journal={WORLD SOCIETY OF SUSTAINABLE ENERGY TECHNOLOGIES NEWSLETTER}, year=2014, pages={6} }