Ansys Fluent Class#2 Let's do more practice&SettingUpPhysics

🌟 Master the Art of CFD with Ansys-Space Claim Core-Skills Tutorial 🌟

Are you ready to dive deeper into Computational Fluid Dynamics (CFD) using ANSYS Fluent, with a special focus on Space Claim, Meshing, and Physics setup? Our Ansys-Space Claim Core-Skills Tutorial is here to elevate your CFD skills to the next level! 🚀

Course Overview 📚

This course is meticulously designed to provide a comprehensive understanding of CFD theory and practical application using ANSYS Fluent. It's an ideal blend for beginners as well as intermediates who wish to enhance their knowledge and skills in CFD analysis. The curriculum is structured into three core components:

1️⃣ Ansys Space Claim

• Master the Space Claim Direct Modeler by importing geometry, navigating Ribbon Toolbars, and utilizing the Structural Tree.
• Learn to create sketches and generate 3D models using the Pull Tool.
• Understand how to start SpaceClaim in both standalone mode and within Workbench.

2️⃣ Ansys Meshing

• Gain hands-on experience with generating meshes, creating named selections, and applying inflation.
• Learn best practices for checking mesh quality and saving your project effectively.

3️⃫ Ansys Fluent Overview with Air Monifold Workshop

• Discover the basics of CFD analysis in ANSYS Fluent.
• Launch ANSYS Fluent and navigate its Graphical User Interface using Ribbons to guide your workflow.
• Set up domain, mesh quality checks, and display options for a clear visualization.

Course Highlights ✨

Setting Up Physics:

• Define material properties tailored to your model.
• Understand how to set up cell zone conditions, including solid zones and porous media.
• Learn about different types of boundary conditions in Fluent and the importance of specifying well-posed boundary conditions.
• Explore the intricacies of working with Porous Zone settings.

Workshop Focus: Air Monifold Model Section

• Simplify your model for easier analysis.
• Create a mesh that accurately represents your physical model.
• Define Physical Model parameters, such as Turbulence and Energy.
• Select appropriate Material Properties for your simulation.
• Define Boundary Conditions with precision.
• Set up solution monitors to track your simulation's progress.
• Run the simulation and utilize Post Processing capabilities for insightful data interpretation.

Why Take This Course? 🤔

Whether you're a student, engineer, or researcher aiming to advance in fluid dynamics simulations, this course offers:

• A structured learning path that covers essential skills from basic to advanced levels.
• Real-world practice with a workshop model (Air Monifold) that provides tangible experience.
• Hands-on exercises designed to reinforce theoretical knowledge through application.
• The opportunity to learn from an experienced instructor, ensuring you receive guidance and support throughout your learning journey.

Instructor Profile 👨‍🏫

Erkan SelimoglU is a seasoned professional with extensive experience in the field of CFD and engineering simulations. With a track record of successfully completing complex projects, Erkan brings a wealth of practical knowledge and teaching expertise to this course, ensuring you receive top-notch education tailored to your needs.

Enroll now and take the first step towards mastering CFD with ANSYS Fluent! 💦✈️

Note: For optimal learning experience, it is recommended that participants have a basic understanding of CFD concepts and familiarity with ANSYS software. A working setup with ANSYS Fluent installed on their local machine is also essential for practical workshops.