International Journal of Advanced Innovative Technology in Engineering (IJAITE)

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Design, Analysis &Development of Double Stacked Heat Exchanger

Parth Duddoo, Shantanu Dudhal, Ghanashyam Dudhe, Sujeetkumar warkade, Prof. S. S. Borade

Abstract :

The double stacked heat exchanger represents a significant advancement in thermal management systems, catering to the increasing demand for enhanced energy efficiency and performance in various industrial applications. This study focuses on optimizing heat transfer processes through the innovative integration of two heat exchanger units in a stacked configuration. Optimal Configuration: The investigation begins with a thorough analysis of different stacking configurations to identify the most efficient arrangement of the double stacked heat exchanger. Parameters such as flow rates, material properties, and geometric considerations are taken into account to achieve optimal heat transfer performance. Thermal Analysis: A comprehensive thermal analysis is conducted to evaluate the temperature distribution, heat transfer rates, and thermal gradients within the double stacked heat exchanger. Material Selection: The choice of materials plays a crucial role in the overall efficiency and durability of the heat exchanger. The theoretical findings are validated through experimental testing of a prototype double stacked heat exchanger.

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