Introduction to Fluent Aero package

🎓 Course Title: Introduction to Fluent Aero Package: Mastering Aerodynamics Flow Simulation with Ease

Course Headline: 🚀 Unleash the Full Potential of the Fluent Aero Package to Automate Your Aerodynamics Flow Simulations!

Course Description:

Welcome to a transformative learning journey in computational fluid dynamics (CFD) with the Fluent Aero package! In this comprehensive course, we'll focus on solving the iconic ONERA M6 wing using state-of-the-art technology that minimizes user input and maximizes automation. With Fluent Aero, you can simulate various angles of attack and Mach numbers without extensive setup, making it a game-changer for aerodynamic flow analysis.

What You'll Learn:

• Minimal Input Maximum Output: Discover how to provide minimal user input—just the range of Mach number and angle of attack along with essential reference conditions like reference area, length, freestream pressure, and temperature. Fluent Aero does the rest!

• Optimized Solver Settings: Learn how the software automatically adjusts solver settings to suit your specific flow regime, ensuring accurate results with the least amount of iteration.

• Easy Data Handling: Upon completion, Fluent Aero offers a treasure trove of data in an easy-to-manage Excel format, complete with input data, aerodynamic coefficients, and residuals plots—all organized neatly in a separate folder.

Hands-On Practice:

• We'll be using a pre-existing mesh for the ONERA M6 wing, generated from another course, ensuring you can focus on setting boundary conditions and reference data.

• By running the Fluent Aero solution, we'll extract key coefficients like drag, lift, and moment, and compare these with NASA's data from a 2018 AIAA paper. This comparison will validate our results against experimental data from AGARD and also against NASA's findings.

Course Highlights:

• ONERA M6 Test Case Overview: Understand the significance of the ONERA M6 wing, a classic test case for CFD validation. Despite its simple geometry, it presents complex flow features such as transonic flow with shocks and boundary layer separation. This wing was designed by ONERA's Aerodynamics Department in 1972.

Resources Included:

• Complete Presentation Material: All PowerPoint slides to guide your learning journey.

• Detailed Reports: Access to the AGARD report and a NASA paper for in-depth analysis and reference.

• Mesh File: The mesh file for the ONERA M6 wing will be provided, allowing you to jump straight into the simulation setup.

Why This Course?

By the end of this course, you'll have a robust understanding of how to leverage Fluent Aero's capabilities to perform accurate and efficient aerodynamics flow simulations. Whether you're a beginner in CFD or an experienced professional looking to streamline your workflow, this course will provide you with the skills and knowledge to confidently analyze complex flows with minimal user intervention.

📅 Enroll now and embark on your journey towards mastering aerodynamics simulation with Fluent Aero!