ANSYS Fluent Tutorial : Conduction & Convection Heat Transfer Analysis in a Triangular Fin |

🔧 ANSYS Fluent Tutorial: Conduction & Convection Heat Transfer in a Triangular Fin 🔧 In this tutorial, we simulate steady-state heat transfer in a triangular fin using ANSYS Fluent. The fin is attached to a base at 356 K and exposed to ambient air at 294 K, with a convective heat transfer coefficient of 95 W/m²·K. We analyze both conduction through the fin and convection from its surface to predict the temperature distribution — with a specific focus on the tip (corner) temperatures at the free end of the triangular geometry. 📌 What You’ll Learn: How to model a triangular fin geometry in ANSYS Setting up material properties and boundary conditions Applying heat conduction and convection in Fluent Meshing strategy for accurate results Post-processing to extract temperature at the tip 🎯 Objective: To determine the temperature at the two corner tips of the triangular fin under combined conduction and convection heat transfer. 🛠️ Software Used: ANSYS Fluent (steady-state thermal simulation) 📎 Don’t forget to like, comment, and subscribe for more CFD and heat transfer tutorials! #ANSYSFluent #HeatTransfer #TriangularFin #Conduction #Convection #CFD #EngineeringTutorial Join this channel to get access to perks:    / @ansystutor