See What Happens Between Every Blade
Ansys CFX is high-performance CFD software for turbomachinery and rotating equipment. It helps engineers analyze pumps, compressors, turbines, fans and other rotating machines through accurate fluid flow and performance simulation.
Talk to a Turbomachinery ExpertCFX Capabilities
Built for Complex Rotating Flow Physics
1. Turbomachinery CFD
Customized setup and solver options tailored for blade passages.
2. Pump, Fan & Compressor
Model exact cavitation and gas compression physics.
3. Turbine Simulation
Analyze high temperature turbine stages and hot spots.
4. Rotor-Stator Interaction
High-fidelity transient modeling of stage interaction interfaces.
5. Multi-Stage Turbomachinery
Complete analysis spanning multi-row compressor architectures.
6. Transient Blade Row
Efficient solvers targeting blade flutter and vibration.
7. Blade Cooling
Model internal passages and film cooling on blade surfaces.
8. Advanced Turbulence
Specialized models predicting boundary layer transitions.
9. Performance Map Automation
Automate entire compressor maps to find choke and surge limits.
10. HPC-Enabled CFD
Scale computations effortlessly using robust cluster support.
Optimize the Machines That Keep Industry Moving
Pumps
Analyze internal flow and hydraulic performance to prevent cavitation and maximize overall head generation.
Compressors
Optimize pressure ratio and efficiency by mapping complex boundary layer separations in high-speed flows.
Gas & Steam Turbines
Predict blade performance and critical thermal behavior under extreme operational conditions.
Fans & Blowers
Evaluate aerodynamic airflow distribution and target noise reduction systematically.
Multi-Stage Machinery
Simulate complete multi-stage configurations with automated transient blade row methods.
Renewable Energy Systems
Optimize wind and hydro turbine performance by modeling localized wake structures.
Understand Performance Before the Test Rig
Understand Complex Flow
Visualize internal flow behavior, transient effects, and localized stall spots clearly.
Optimize Machine Performance
Compare and refine design alternatives dynamically to secure peak hydraulic efficiency.
Analyze Interactions
Study rotor-stator wake passings and transient aerodynamic blade loads accurately.
Scale Complex Simulations
Handle demanding turbomachinery analysis at scale with native HPC parallelization.
Trusted Across Rotating Equipment Industries
Aerospace & Defence
Power Generation
Oil & Gas
Automotive
Industrial Machinery
Pumps & Compressors
Renewable Energy
Turbomachinery Mfg
Turn Turbomachinery Simulation Into a Reliable Engineering Workflow
Kaizenat bridges pure software acquisition with active process integration, ensuring your engineering team adopts Ansys CFX without bottlenecks.
Verified technical competence, high-performance computing expert support.
Select
Software and licensing guidance optimized for your parallel computing needs.
Configure
Reliable model setup, custom boundary definitions, and validation workflows.
Enable
Application-focused CFX training paths to quickly onboard engineering teams.
Support
Technical consulting on difficult transient convergence and customized scripts.
Ready to Optimize Your Turbomachinery Workflow?
Talk to Kaizenat's seasoned simulation specialists to map out and deploy the ideal Ansys CFX workflow for your specific industrial application.