🌬️ Why ANSYS Fluent for Aerodynamics?

ANSYS Fluent is the industry’s leading CFD software for simulating fluid dynamics, heat transfer, and aerodynamics. From aircraft and automotive design to HVAC and turbomachinery, Fluent helps engineers optimize performance with physics-based modeling.

• High-Fidelity CFD: Solve compressible, incompressible, laminar, and turbulent flows.
• Advanced Turbulence Models: RANS, LES, k-ε, k-ω SST, and more.
• Aerodynamic Forces: Analyze drag, lift, pressure distribution, and flow separation.
• Thermal Analysis: Simulate convective and conductive heat transfer in fluids and solids.

🎓 What You Will Learn at Caddex India

• Geometry & Meshing: Clean CAD models, generate structured/unstructured meshes.
• Solver Setup: Define boundary conditions, flow models, and turbulence parameters.
• Post-Processing: Visualize velocity vectors, streamlines, pressure contours, and temperature fields.
• Aerodynamics Applications: Analyze airfoils, ducts, diffusers, wings, and external flows.
• Project Work: Simulate airflow over a car, UAV wing, or cooling system.

🌍 Why Choose Caddex India?

• 👨‍🏫 Certified Instructors: Learn from CFD engineers with deep industry and research experience.
• ✈️ Practical Projects: Simulate real-world aerodynamic and fluid flow scenarios.
• 📈 Career Support: Resume building, job referrals, and interview preparation.
• 🕓 Flexible Learning: Attend live sessions or access recorded lectures anytime.

🎯 Who Should Enroll?

• Aerospace, mechanical, and automotive engineering students
• Professionals in CFD, HVAC, and thermal system design
• Researchers and consultants in fluid dynamics
• Anyone seeking to master ANSYS Fluent for simulation

💡 Learn with a High-Fidelity Interface

Our course platform is designed with a clean neumorphic layout and neon blue highlights, providing an immersive and technically focused learning experience for simulation engineers.

🔗 Enroll Now and Simulate with Confidence

Join Caddex India's ANSYS Fluent course and become a certified expert in aerodynamics and fluid flow analysis. Simulate smarter, design better, and lead innovation in engineering.