Heat transfer is the moment of energy, due to difference in the temperature of a body. There are three modes of heat transfer viz. conduction, convection and radiation. In this, the analysis is to be made through an alloy, so the characteristic equations of conduction are considered. In the numerical analysis, this moment is analyzed with the help of equations. The Finite Element Analysis (FEA) has become an effective way to numerically simulate heat transfer. The objective of the study was to simulate heat transfer process in different orientations of the work-piece. Analysis has been carried out on Nimonic 80A alloy with their basic properties. First time, one end of the rod is kept at room temperature and the other end at 600K. The variation is observed and drawn in the form of a graph. Another time, one surface of the specimen is kept at room temperature and the other surface at 600K temperature. The variation of temperatures in both cases were analyzed and is found that heat flows from higher temperature to lower temperature up to a certain distance and after that, the material is at room temperature. The color codes distinguish the hotness and coldness of the work-piece.