Abstract: This project is about a thorough study of natural convection from a heated pipe having fins of various
configurations using ANSYS workbench version 16.2. The material under taken is Al and the free stream liquid is air. The
heat transfer rate from the fins, external wall and the general heat transfer rate has been determined and looked at for
different balance arrangements. Likewise the surface nusselt number and surface by and large heat transfer move coefficient
has been find out. Temperature forms for different blade configuration has been plotted showing the convection
loops conformed to the heated pipe surface. Speed forms for different blade configurations has been plotted and the
movement of heat liquid is appeared. Plots for nusselt number and heat transfer move co-efficient are appeared. The
assumptions during the analysis have been considering the assembling and practical applications and working conditions.
Hence the outcomes obtained can be referred to while solvling any such kind of issues in the practical field where just natural
convection is getting looked at. Subsequent to contrasting it is shown that we can locate that the best configuration for this
type of convective heat move of a heated pipe is a TRAPEZOIDAL fin as they have the highest total heat transfer rate.