CFD Terminology for Helical Pipe Tube Segments of Heat Exchanger

The view of CFD analysis of 200 mm long helical pipe segment of heat exchanger with five turn. We have check on performance analysis by CFD for inlet, outlet and wall condition and boundary condition with its degree of freedom. Efficiency of heat exchanger and its dimensions are ones of the most important parameters to consider in engineering design. The size of heat exchanger can be more compact by introducing the fins to increase the heat transfer rate between the heat exchanger surface and the surroundings. Different engineering methods are used in heat exchanger design process. The proper correlations or modelling and simulation tools are often applied to receive the general recommendation at early stages of exchanger study. The performance of the fin-tube heat exchanger for different fin thickness is calculated. To give indications about the accuracy of numerical outcome, the most popular correlations are evaluated and results obtained from Ansys FLUENT program are verified. Analyzing the output, it seems that the implementation of the CFD model. My project aims to perform a numerical study of helical coil tube-in-tube heat exchanger with water as both hot and cold fluid. To improve the effectiveness and its efficiency through this analysis.