Autodesk CFD For Mechanical Engineers

Learn Computational Fluid Dynamics (CFD) step-by-step using Autodesk CFD

What you’ll learn
✓ Understand core Computational Fluid Dynamics (CFD concepts)
✓ Set up and prepare CFD models in Autodesk CFD
✓ Apply materials, boundary conditions, and mesh correctly
✓ Solve CFD simulations and monitor solver performance
✓ Analyze and interpret CFD results effectively

Requirements
● Basic engineering knowledge is recommended. No prior CFD or Autodesk CFD experience is required. Learners need a computer capable of running Autodesk CFD and willingness to install the student version covered in the course.

Description
Learn Computational Fluid Dynamics (CFD) step-by-step using Autodesk CFD — from fundamentals to real engineering simulations.

This course is designed for mechanical, automotive, aerospace, HVAC, civil, and CAE engineers who want practical CFD skills, not just theory. You’ll learn how to set up models, apply physics, solve simulations, and analyze results using Autodesk CFD — exactly how it’s done in real projects.

No unnecessary theory. No shortcuts. Just industry-relevant CFD workflows.

What You’ll Learn

• Understand core CFD concepts and how they are applied in engineering

• Install and work confidently with Autodesk CFD

• Apply mass, momentum, and energy conservation equations

• Create CFD models with proper geometry cleanup and meshing

• Define materials, boundary conditions, and initial conditions

• Run simulations and monitor solver performance

• Analyze results using plots, traces, iso-volumes, and iteration data

• Compare design cases using visualization and decision tools

• Complete minor CFD projects for hands-on practice

Who this course is for
■ Mechanical, automotive, aerospace, HVAC, civil, and CAE engineers
■ Design and CAD professionals who want to learn Autodesk CFD for simulation and analysis

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