A Study on the Enhancement of Thermal Conductivity of the Hybrid Filled Polymer Composite Heat Exchanger using CFD Analysis

In the present study, we tried to increase the thermal conductivity of polymer composite material due to the growing need to develop new materials for heat transfer applications. Polymer composite materials have been given enormous importance by many researchers in the field of heat transfer applications due to several advantages that are incorporated with this kind of materials. Since polymers have typical advantages like low cost, corrosive resistance, light weight, higher strengths, good manufacturability. The board utilization of seawater as a coolant can be made conceivable by the positive characteristics of thermally-improved polymer composites. Polymer composites can conquer any hindrance between unfilled polymers and consumption safe metals and can be connected to an assortment of heat exchanger applications. The performance of the double tube heat exchanger is analyzed with the newly manufactured polymer composite. This dissertation shows a structured technique that coordinates thermo-liquid contemplations and assembling issues into a solitary plan instrument for thermally improved polymer heat exchangers.