Simulating thermoelectric material (Fe₂V_0.8W_0.2Al) with Comsol Multi-Physics Software

Given that thermoelectric materials transfer heat directly into electricity, they have enormous potential for producing sustainable energy. The Heusler alloy (Fe₂V_0.8W_0.2Al) is unique among these materials because of its remarkable thermoelectric qualities. In this work, we investigate the complex behavior of (Fe₂V_0.8W_0.2Al) as a thermoelectric material using Multiphysics simulations. The simulation software that is beneficial for this research is called COMSOL Multiphysics. With temperature-dependent material properties, it enables the computation of electrical and thermal profiles in various geometries. The intricate crystal structure of the alloy is explained by our multi-physics method, which includes thermal and electrical components. To determine the temperature distribution in the (Fe₂V_0.8W_0.2Al) sample, we utilize COMSOL. We shall give the simulation findings of (Fe₂V_0.8W_0.2Al) 's other properties.