Abstract:

An extensive literature assessment, including both experimental and computational investigations of conical heat exchangers, forms the basis for the comparative analysis. The main concern is how well these exchangers function in contrast to their more traditional equivalents in terms of heat transfer efficiency, pressure drop, and overall performance. The effect of variables such fluid flow rates, shape, material qualities, and operating circumstances on heat transfer performance is investigated. This analysis sheds light on the state of the art and current developments in the field of conical heat exchangers. In order to better comprehend and use conical heat exchangers in real-world settings, the abstract also indicates prospective topics for further study and development. The results of this research shed light on the mechanics of heat transfer in atypical heat exchanger geometries and provide recommendations for improving their functionality across a range of sectors

Description:

Operational Parameters, Heat Transfer Coefficient, computational investigations, conical heat exchangers