Using ANSYS Fluent, this project models heat transmission in a pipe with a twisted tape. The goal is to confirm and duplicate findings from the reference paper "Analysis of Heat Transfer in Pipe with Twisted Tape Inserts."
Fluid Dynamics:
Boundary Conditions:
Understanding heat transfer efficiency depends on the Nusselt number on the pipe wall, hence the main emphasis is Under the identical circumstances, the simulation produces a Nusselt number of 25.737018, which nearly corresponds to the figure of 24.78 from the reference study.
Validation: A comparison table for P/D=5 and Re=800 helps to check the findings against the reference publication.
Visualizations: To show the flow and heat transfer dynamics, 3D contours of pressure, temperature, velocity, and pathlines are produced.
By means of twisted tape inserts, this work clearly shows their impact on heat transport in pipes, hence offering insights useful for enhancing thermal management systems.
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