Master ANSYS CFX (CFD) from Scratch: Beginner to Advanced Course

Categories: Computational Fluid Dynamics (CFD)

About Course

Learn ANSYS CFX (CFD) from scratch with this comprehensive course designed for beginners and professionals. Master fundamentals in advanced CFD concepts, setup simulations, analysis of fluid dynamics, and optimization of designs using ANSYS CFX. Gain hands-on experience with real-world case studies and practical exercises to enhance your skills in computational fluid dynamics.

Understand the Fundamentals of CFD
Navigate ANSYS CFX with Confidence
Create High-Quality Meshes
Set Up and Run CFD Simulations
Analyze and Interpret CFD Results
Simulate Heat Transfer and Multiphase Flow
Apply Turbulence Modeling Techniques
Work with Rotating Machinery and Moving Boundaries
Optimize Designs and Improve Efficiency
Gain Hands-on Experience with Real-World Projects

Course Content

Introduction to CFD & ANSYS CFX
This module introduces Computational Fluid Dynamics (CFD) and its role in various industries. You will understand the fundamental principles, advantages, and limitations of CFD. The module also provides an overview of ANSYS CFX software, its key features, and the standard CFD workflow from pre-processing to post-processing.

What is Computational Fluid Dynamics (CFD)?
Applications of CFD in Engineering
Overview of ANSYS CFX & Its Capabilities
Understanding the CFD Workflow in CFX

Getting Started with ANSYS CFX Interface
Learn to navigate the ANSYS Workbench environment and its key components, including CFX-Pre, CFX Solver, and CFX-Post. This module walks you through the step-by-step process of setting up and solving a basic CFD simulation, helping you become familiar with the interface and workflow.

Geometry Preparation & Meshing for CFX
A high-quality mesh is essential for accurate CFD simulations. This module covers geometry creation, mesh generation techniques, and mesh quality assessment. You will explore tetrahedral, hexahedral, and inflation layer meshing and perform a mesh independence study to ensure reliable results.

Video Lectures – Step-by-step tutorials covering theory, software usage, and practical applications.
Hands-on Simulation Exercises – Guided exercises to reinforce learning through real-world applications.
CFD Case Studies – Industry-relevant examples to apply concepts in real scenarios.
Downloadable Resources – Lecture slides, reference materials, and project files for practice.
Software Installation Guide – Instructions for installing and setting up ANSYS CFX (Student or Licensed Version)

Basic understanding of fluid mechanics and thermodynamics (helpful but not mandatory).
Familiarity with engineering concepts related to heat transfer and aerodynamics is beneficial.
No prior experience with ANSYS CFX or CFD is required—this course starts from scratch.
ANSYS CFX (Student or Licensed Version) – Instructions on installation will be provided.
A computer with at least 8GB RAM (16GB or more recommended for large simulations).
Windows 10/11 (preferred) or compatible OS for ANSYS installation.
A stable internet connection for accessing course materials and software downloads.
Follow the course step-by-step, as concepts build progressively from basics to advanced topics.
Practice hands-on simulation exercises for better understanding.
Complete the mini-projects to gain practical experience.
Engage in the discussion forums to clarify doubts and learn from others.
Attempt the final project to apply your knowledge and earn your certification.

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About Course

What Will You Learn?

Course Content

What is Computational Fluid Dynamics (CFD)?

Applications of CFD in Engineering

Overview of ANSYS CFX & Its Capabilities

Understanding the CFD Workflow in CFX

Introduction to the ANSYS Workbench Environment

Navigating ANSYS CFX-Pre, Solver, and Post

Setting Up a Simple Simulation (Basic Workflow)

Best Practices for CFD Model Setup

Importance of High-Quality Mesh in CFD

Importing & Creating Geometry in ANSYS

Meshing Strategies for ANSYS CFX (Tetrahedral, Hexahedral, Inflation Layers)

Mesh Independence Study & Refinement

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