Developing Academic Skills in Flight Aerodynamics with Ansys Fluent

Overview

Aerodynamics education is evolving beyond traditional classroom methods with the integration of Computational Fluid Dynamics (CFD) and simulation-driven learning. This webinar will demonstrate how ANSYS Fluent can be effectively used in aerospace and aeronautical engineering programs to help students visualize flow behaviour, understand aerodynamic principles, and connect theory with practical engineering applications. The session will showcase CFD-based teaching methodologies, aerodynamic simulation workflows, and real-world aerospace case studies covering subsonic and supersonic flow analysis, lift and drag visualization, turbulence modelling, and airfoil performance evaluation. Participants will also gain insights into best practices for integrating simulation tools into academic curriculum and laboratory learning environments.

Who Should Attend

• Aerospace & Mechanical Engineering Faculty
• Aerospace, Mechanical & Automotive Engineering Students
• Researchers & PhD Scholars in Aerodynamics
• Academic Institutions & Training Centers

Focused Industries

Key Highlights

• Introduction to CFD-driven teaching methodologies in aerodynamics
• Simulation of subsonic and supersonic flow behaviour using ANSYS Fluent
• Visualization of lift, drag, turbulence, and boundary layer phenomena
• Airfoil analysis and real-world aerospace application case studies
• Best practices for integrating simulation into engineering curriculum and lab learning