Computational Fluid Dynamics and Analysis of Heat Exchanger Using Different Cross-Sections of Pipe

Abstract

The paper presents a Computational Fluid Dynamics (CFD) mathematical investigation for another plan of a plate heat exchanger with five diverse flow designs. The effect of mathematical attributes of the two examined calculations of exchanger plates on the intensification cycle of warmth move was thought of. The speed, temperature and pressure dispersions along the warmth exchanger were inspected. The CFD results were approved against test information and a decent understanding was accomplished. The outcomes uncovered that mathematical course of action of the plates emphatically influence the fluid flow. An expansion in the Reynolds number prompted bringing down the erosion factor esteem and expanding the weight drop. The configuration II of the plate heat exchanger brought about lower outlet hot fluid temperature in examination with the configuration I, which implies improvement of warmth move.