Master CFD Analysis with ANSYS Fluent

🎉 The Ultimate Training Course on CFD Analysis with Latest Fault Tolerant Meshing Technique using ANSYS Fluent 🎉

Course Overview:

Engineering analysis hinges heavily on the precision of the initial CAD model. It's crucial to ensure that this model is error-free before proceeding to discretization or meshing, as these steps directly impact the accuracy of your results. This course delves into the intricacies of computational fluid dynamics (CFD) analysis using ANSYS Fluent, with a focus on mastering the latest fault tolerant meshing technique introduced in ANSYS 2021.

Why Choose This Course?

• Error-Free Geometry: Learn how to repair and convert CAD models into error-free geometry using ANSYS SpaceClaim's repair tool, ensuring a solid foundation for your meshing process.
• Advanced Meshing Techniques: Get hands-on experience with cutting-edge meshing methods like watertight geometry and fault-tolerant meshing to enhance the quality of your mesh and improve solution accuracy.
• Comprehensive Coverage: This course is meticulously structured into three units, each encompassing practical video tutorials on industrial applications relevant to CFD flow analysis.

Course Content Breakdown:

Unit 1: CFD Flow Analysis with ANSYS Fluent Fault Tolerant Meshing

This unit is dedicated to understanding and implementing fault tolerant meshing in various CFD applications. It consists of ten videos covering a range of industrial scenarios, including heat exchangers, exhaust manifolds, catalytic converters, and more. 🌫️

• Introduction to the Course
• CFD Heat Transfer Analysis through a Shell-Tube Heat Exchanger
• Counter-Flow Heat Exchanger Analysis
• Cross-Flow Heat Exchanger Analysis
• Condenser Heat Exchanger Analysis
• Plate Heat Exchanger Analysis
• Surface Condenser Analysis
• Fluid Mixing in a Special Type Heat Exchanger
• Heat Transfer Analysis through an Exhaust Manifold
• Catalytic Converter Analysis
• Wind Tunnel Analysis
• Venturi-meter Analysis
• Expander Analysis
• Heat Pipe Analysis
• Conjugate Heat Transfer Analysis

Unit 2: CFD Flow Analysis with ANSYS Fluent Watertight Geometry

This unit explores the watertight geometry workflow in CFD analysis, particularly for complex geometries like wind tunnels and heterogeneous fluid mixing scenarios. 🏗️

• CFD Watertight Geometry Workflow through a Wind Tunnel
• Heterogeneous Fluid Mixing Analysis

Unit 3: CFD Flow Analysis with Conventional ANSYS Fluent Flow

The final unit covers conventional flow analysis using ANSYS Fluent, providing a comprehensive understanding of fluid dynamics principles. 💧

• CFD Flow Analysis Over a Cylinder Surface
• Intermixing of Fluids in a Bent-Pipe
• Flow through a Converging & Diverging Section (2D)
• Venturi-meter Analysis

What You Will Learn:

• Repairing and Preparing CAD Models for CFD Analysis
• Implementing Advanced Meshing Techniques for Enhanced Accuracy
• Analyzing a Variety of Fluid Flow Scenarios with Real-World Applications

Who Should Take This Course?

This course is designed for:

• Engineers and Designers: Who wish to enhance their CFD skills using ANSYS Fluent.
• Students and Academicians: Looking to deepen their understanding of fluid dynamics and meshing techniques.
• Professionals: In fields like aerospace, automotive, chemical engineering, and HVAC who apply CFD in their work.

Join Us on This Journey:

Embark on a learning adventure with our expertly crafted video tutorials and practical examples. Dive into the world of CFD with ANSYS Fluent and master fault tolerant meshing to achieve precise and reliable simulation results! 💻📊

Enroll Now and Transform Your CFD Analysis Skills with the Latest Techniques and Methods!