Authors: Antonio Liga Salvatore Montesanto Gianluca A Mannella Vincenzo La Carrubba Valerio Brucato Marco Cammalleri
Publish Date: 2015/08/26
Volume: 52, Issue: 8, Pages: 1479-1488
Abstract
The heat transfer properties of different cooling systems dealing with PolyEthyleneTerephthalate PET bottles were investigated The heat transfer coefficient Ug was measured in various fluid dynamic conditions Cooling media were either air or water It was shown that heat transfer coefficients are strongly affected by fluid dynamics conditions and range from 10 W/m2 K to nearly 400 W/m2 K PET bottle thickness effect on Ug was shown to become relevant under faster fluid dynamics regimes
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