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Inventi Impact - Mechanical Engineering

Articles

  • Inventi:eme/16370/15
    EXPERIMENTAL ANALYSIS OF DESIGNED AND FABRICATED HELICAL TUBE TYPE HEAT EXCHANGER WITH COPPER AND MILD STEEL TUBE MATERIALS
    Ankur Geete*, Jatin Panchal, Ratnesh Mishra, Rahul Chhalotra, Raju Singh Rajput, Sumit Waghe

    In this research work, experimental analyses have been done for helical tube type heat exchanger. For these analyses, helical concentric tubes have been designed and fabricated. This heat exchanger contains two tubes of 6.0 meters length which are helical in shape. And these dimensions have been checked on CAD Tool Cero Parametric 2.0. Two sets of concentric tubes have been fabricated with copper and mild steel tube materials. After fabrication effectiveness, entropy generation, exergy destruction, entransy dissipation and entransy dissipation-based thermal resistance have been evaluated. All these thermodynamic analyses have been completed at various working conditions. Finally bar charts have been generated for various working conditions which show performance of the heat exchangers. All analysis has been performed for counter and parallel flow heat exchanger.

    How to Cite this Article
    Ankur Geete, Jatin Panchal, Ratnesh Mishra et al. Experimental Analysis of Designed and Fabricated Helical Tube Type Heat Exchanger with Copper and Mild Steel Tube Materials. Inventi Impact: Mechanical Engineering, 2015(4):183-188, 2015.
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