CFD Fundamentals with Ansys Fluent
Master the essentials of Computational Fluid Dynamics using industry-leading Ansys Fluent software.
Gain a comprehensive introduction to computational fluid dynamics (CFD) and the powerful capabilities of Ansys Fluent. This foundational course guides you through the principles of fluid dynamics, key CFD concepts, and end-to-end simulation workflows. Through practical, hands-on modules, you’ll learn to interpret engineering problems, build and prepare geometry, generate high-quality meshes, set up and solve flow and heat transfer scenarios, and analyze simulation results for real-world applications.
What you'll learn
Module 01: Introduction
- Overview of computational fluid dynamics (CFD) and its engineering applications
- Detailed discussion of fluid dynamics and heat transfer principles
- Introduction to the features and capabilities of Ansys Fluent
- Techniques for interpreting and defining problem statements
Module 02: CAD Preparation for CFD using SpaceClaim
- Methods for importing CAD geometry into Ansys SpaceClaim
- Procedures for creating geometry within SpaceClaim
- Strategies for repairing and cleaning up CAD geometry to improve simulation accuracy
- Approaches to defeaturing and preparing geometry for CFD analysis
Module 03: Meshing
- Meshing techniques specific to CFD applications
- Classification and uses of different element types in CFD
- Understanding meshing methods and applying controls
- Comparison of structured and unstructured meshes for specific use cases
- Use of inflation layers to resolve boundary layer effects
- Evaluating and refining mesh quality to meet simulation requirements
Module 04: Material Modelling
- Defining materials for CFD simulations
- Assigning and configuring material properties for different scenarios
- Approaches to simulating reactive materials in CFD
Module 05: Physics Setup
- Setting boundary and initial conditions for accurate simulations
- Configuring cell zone conditions for physical modelling
- Adjusting analysis settings to ensure reliable convergence
Module 06: Simulation
- Conducting basic fluid flow simulations to understand core behaviours
- Applying turbulence models for complex flow analysis
- Performing heat transfer simulations to evaluate thermal conditions
- Simulating multi-phase flows for real-world fluid interactions
- Modelling reacting flows to analyze chemical and thermal phenomena
Module 07: Post-Processing
- Classification of results and their interpretation
- Extracting key data and creating their plots
- Preparing technical reports to document simulation outcomes
- Using CFD-Post for advanced result analysis
Key Highlights:
- Step-by-step professional guidance
- Practical assignments and industry case studies
- Lifetime access to course materials
- Qantur Academy support forum and expert feedback
See how employees at top companies are mastering in-demand skills
Training hours
Engineers Certified
Who It’s For:
- Engineers and students new to CFD or Ansys software
- Mechanical, aerospace, automotive, and process engineers
- Professionals seeking to leverage CFD for practical problem-solving
Certification:
Earn an industry-recognized Certificate of Completion from Qantur Academy
Duration:
Estimated Learning Time: 20 hours (self-paced; includes instructor-led video lectures, hands-on exercises, and quizzes)
Most Popular Courses
Google Digital Marketing & E-commerce
Professional Certificate
Foundations of Digital Marketing and E-commerce
Course
Graphic Design
Specialization
Digital Marketing
Specialization
Meta Social Media Marketing
Professional Certificate
Small Business Marketing Using YouTube
Guided Project
The Strategy of Content Marketing
Course
Marketing in a Digital World
Course