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Pulsating Flow Effects on Heat Transfer by leomozk is a document available to read on EtoBox.

This study investigates the effects of forced flow pulsations on convective heat transfer in the entrance region of a plane channel with a square leading edge. Experimental results show that pulsations can enhance the heat transfer coefficient by up to 2.5 times immediately downstream of the leading edge, with variations in the coefficient of ±20% compared to steady flow values. Flow visualization revealed that regular vortices formed in the pulsating flow significantly influence mass and heat transfer in t

Author

leomozk

Language

EN