Experimental Study of the Heat transfer coefficient in a Plate Heat exchanger

TLDR: In this article, the authors evaluate a device in charge of heat transfer under certain working conditions is through the study of the global coefficient of heattransfer, it was carried out using a test bench that includes the base unit where the heating and movement of water is carried out and a unit where heat exchange is connected by means of flexible tubes and using the fundamental equations that are required, the results obtained were respectively the global transfer coefficient for both fluids of work with their respective Nusselt number.

Abstract: The way to evaluate a device in charge of heat transfer under certain working conditions is through the study of the global coefficient of heat transfer, it was carried out using a test bench that includes the base unit where the heating and movement of water is carried out and a unit where the heat exchange is carried out connected by means of flexible tubes and using the fundamental equations that are required, the results obtained were respectively the global transfer coefficient for both fluids of work with their respective Nusselt number, finally it is observed that the relationships between other models for plate exchangers, the comparative error is very large (40%) and to have more concise results. the scale factor must be taken into account.