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Steady And Transient Heat Transfer For Jet Impingement On Patterned Surfaces, Mark Michael Dobbertean
Steady And Transient Heat Transfer For Jet Impingement On Patterned Surfaces, Mark Michael Dobbertean
USF Tampa Graduate Theses and Dissertations
Free liquid-jet impingement is well researched due to its high heat transfer ability and ease of implementation. This study considers both the steady state and transient heating of a patterned plate under slot-free-liquid jet impingement. The primary working fluid was water (H2O) and the plate material considered was silicon. Calculations were done for Reynolds number (Re) ranging from 500 to 1000 and indentation depths from 0.000125 to 0.0005 m for three different surface configurations. The effect of using different plate materials and R-134a as the working fluid were explored for the rectangular step case. The distributions of the local and …