In the concentric tube heat exchanger, inner and outer tubes both are cylindrical. However, in this experimental analysis, the outer cylindrical tube was replaced by conical tube and focus was made on the analysis of the HTR in the outer conical tube of a concentric tube heat exchanger. Set-up having two concentric tubes, in which cold fluid (water) flows through the annulus side and hot water flows through the inner tube. In conical shell, cold fluid moves from larger diameter to smaller diameter. The ratio of smaller outlet diameter to larger inlet diameter of conical shell represents as a diameter ratio. Three outer conical shells have been constructed considering diameter ratios as 0.882, 0.741 and 0.612.
**MatLab-SimuLink should be used to run the model.
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Heat Transfer Through Concentric Tubes
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