Ansys CFX
Ansys CFX® (computational fluid dynamics software) enables engineers and researchers to simulate fluid flows, heat transfer, and other related phenomena in a wide range of applications. It uses a finite volume method to discretize the governing equations of fluid flow and solves them numerically to predict the behavior of fluids in complex geometries.
Visualizing and Analyzing Simulation
With Ansys CFX®, users can model a variety of fluid flow scenarios, including turbulent flows, multiphase flows, and combustion processes. It also includes advanced features for heat transfer simulations, such as conjugate heat transfer and radiation heat transfer. Ansys CFX® can be used in a wide range of industries, including aerospace, automotive, energy, and biomedical engineering.
The software offers a user-friendly interface and powerful post-processing tools for visualizing and analyzing simulation results. It also supports customization through its scripting capabilities, allowing users to automate repetitive tasks and develop their own simulation workflows.
Key Features
Solve a variety of fluids-related problems with high levels of accuracy and unmatched speed
- Blade design and optimization
- Aeromechanics
- Industry leading turbulence modeling
- Nuclear Wall boiling
- Advanced material modeling
Benefits
Accurate Predictions
Ansys CFX® uses advanced numerical methods and models to accurately simulate complex fluid dynamics and heat transfer phenomena.
Faster Design Iterations
CFD simulations with Ansys CFX® can help engineers quickly test and optimize design concepts without the need for expensive physical testing.
Cost Savings
By optimizing designs with Ansys CFX®, engineers can potentially reduce material and manufacturing costs, and improve the overall efficiency of their products.
Wide Range of Applications
Ansys CFX® can be used in a variety of industries, such as aerospace, automotive, energy, and biomedical engineering, making it a versatile tool for many different applications.
Case Study
ARC Utilizes Ansys Simulation to Increase Efficiency in the Development of 3D-printed Rocket Engines
With the importance of quick investigation into design performance, engineering simulation is an integral part of ARC’s operational environment and the space/defense industry
Find out how ARC used simulation to create truly innovative and optimal designs for the industry.
Speak to an Expert
Reach out to our expert for help or advice
Who We Have Helped
The course was great! The trainer was amazing.
— Training Course / Imaging System Design with Ansys Zemax OpticStudio
Very good training. Got answers to all the questions I had.
— Training Course / Ansys Discovery Flow Simulation for Design Engineers
The course was excellent and exceeded my expectations in many ways. The instruction was clear, and the materials were well structured and easy to understand. The instructor was knowledgeable and encouraging. The course structure was logical, and the assignments were a nice addition to the course. Furthermore, the time limits and schedules were clear, which helped maintain a good pace and keep track of progress. Thank you for the great course!
— Training Course / Modelling and Preprocessing with Ansys Discovery
The training program proved to be beneficial. The lecturer was very knowledgeable about the subjects, and any questions or doubts were encouraged. Many workshop projects lead to fresh conversations and the sharing of ideas with others
— Training Course / Ansys Mechanical Basic Structural Nonlinearities
Very good instructor both regarding software knowledge and general FEM competence. And a good teacher
— Training Course / Structural mechanics simulation with Ansys Mechanical
Amazing format!
A good mix of topics.
Good venue, nice collegial atmosphere 😊
— Attendees 2025 / Gothenburg
The practical demonstrations were great!
— Attendee 2025 / Tampere
It was actually a perfect event with interesting subjects.
— Attendee 2024 / Gothenburg
