The effect of newly developed turbulators on heat transfer and pressure loss in heat exchangers

Energy is an indispensable fact for us to sustain our lives. Directed by alternative source sources, as well as energy efficent one way to increase the efficiency of commonly used heat transfer coefficient of thermal heat transfer can be increased. The newly designed turbulators in the import tube heat exchangers are available in different configurations. Experiments for 6 different Reynold numbers at 5000≤Re≤30000 are here. In this study, heat transfer, pressure loss, friction loss coefficient and exergy analysis are performed by calculated and filtered garph method for tubulator and non-turbulator (empty pipe) situations. In the analysis, it was determined that the heat transfer and plessure loss values were maximum when Re=30000 was placed in five steps of 4.5 cm and the entrance of the turbulator.