Advance Computational Fluid Dynamics using ANSYS Fluent

Unlock the Power of Computational Fluid Dynamics (CFD) with ANSYS Fluent!

Are you ready to master CFD simulations and gain a deeper understanding of fluid flow? Do you find yourself struggling with the complexities of numerical simulations using solvers like ANSYS Fluent? This comprehensive course provides a clear and effective path to tackling any CFD case with confidence, eliminating the need to wade through endless textbooks and online resources.

Learn CFD in a simple, yet powerful way, with practical applications that you can immediately apply. This course equips you with the methodologies and procedures necessary to solve real-world engineering problems using the ANSYS Fluent code.

Hands-on Learning with Projects:

Dive into practical application with detailed projects. Each project will familiarize you with the diverse applications and tools available within the ANSYS Fluent solver. This is a complete learning package designed to take you from beginner to proficient.

No Prior CFD Experience Required:

You don't need any existing CFD simulation experience to succeed in this course. We'll guide you through every step of the process.

Bonus: Introduction to 3D CAD with Creo Parametric

Enhance your skillset further with an introduction to 3D CAD software – Creo Parametric.

What You'll Get:

• Extensive HD Video Content: Hours of high-quality video instruction.
• Case-Building Guidance: All the information you need to start building your own CFD cases.
• Project Assistance: Support for your numerical projects and troubleshooting.
• Top-Tier ANSYS Fluent Training: The best ANSYS Fluent course available.

Master Key CFD Concepts:

By the end of this course, you'll be proficient in:

• Fluid Flow Fundamentals:
  • Governing equations in fluid flow simulations.
  • Overview of flow solvers (Pressure-Based and Density-Based).
  • Algorithms and formulations used in CFD.
  • Turbulent flows and turbulence models (RANS Modeling, importance of Y+).
  • Boundary layers and their division.
  • Modeling strategies (Wall Functions and Resolving the Boundary Layer).
• Advanced CFD Techniques:
  • Discrete Phase Modeling (DPM): Setting up DPM, assigning injections, particle tracks, coupling, Rossin-Rammler distribution, analyzing particle sizes, boundary conditions, erosion evaluation, and particle history.
  • Multi-Inlet Simulation: Configuring and analyzing simulations with multiple inlets.
  • Density-Driven Flows: Modeling density-driven flows in ANSYS Fluent.
  • Multi-Species Modeling: Modeling the dispersion of hot combusted gases and fuel-air combustion systems.
  • NOX Formulation: Implementing the NOX formulation model.
  • Fluid-Structure Interaction (FSI) Analysis: Understanding and applying FSI principles.
  • Underwater Beam Structure Analysis: Analyzing structural behavior in underwater environments.
  • Static Structural Analysis: Performing static structural simulations.
• ANSYS Fluent Capabilities:
  • Mesh Sizing Operations: Optimizing mesh resolution for accurate results.
  • ANSYS Design Modeler: Exploring various options within the design modeler.
  • Visualizing Results: Visualizing three-dimensional results in CFD-post.
  • Indoor Ventilation: Designing and analyzing indoor ventilation systems.
  • Handling 3D Domains: Working with complex three-dimensional geometries.

Don't settle for less! Avoid wasting time on low-quality, free resources with instructors lacking real-world experience. Your learning deserves a valuable investment.

I'm excited to guide you through the world of CFD using ANSYS Fluent and help you achieve your engineering goals!