Simulate the Physics Behind Every Flow
From fluid flow and heat transfer to combustion, turbomachinery and particle dynamics, Ansys Fluids helps engineering teams predict real-world performance, optimize designs and reduce physical testing.
Talk to a CFD ExpertCFD CAPABILITIES
Model Complex Fluid Physics With Confidence
Fluid Flow & Heat Transfer
Accurately predict general flow behavior, velocities, pressure drops, and complete system thermal performance.
Turbulence & Multiphase Flow
Analyze complex gas-liquid-solid interactions, boiling, condensation, and robust near-wall turbulence modeling.
Combustion & Reacting Flows
Model chemical reactions, combustion efficiency, emissions (NOx, SOx), and flame propagation behaviors.
Turbomachinery
Optimize rotating designs including fans, pumps, compressors, and high-efficiency axial/radial turbines.
Particle & Granular Flow
Simulate granular materials, bulk solids transport, discrete elements (DEM), and deep particle-fluid dynamics.
Fluid-Structure Interaction
Study how fluid forces deform physical structures and vice versa, employing automated coupling algorithms.
HPC & GPU Acceleration
Leverage state-of-the-art multi-GPU solvers and robust distributed HPC clustering to reduce simulation solve-times from days to hours, accelerating engineering decision loops.
Find the Right Tool for Your Engineering Challenge
Ansys Fluent
Industry-leading computational fluid dynamics tool offering advanced physics modeling for fluid flow, heat transfer, combustion, and complex multiphysics.
Best For:
Aerodynamics, Thermal Management, Multiphase Flow, Electronics Cooling
Ansys CFX
High-fidelity CFD software specifically engineered for the unique aerodynamic, structural, and hydrodynamic demands of turbomachinery and rotating equipment.
Best For:
Pumps, Gas Turbines, Compressors, Fans, Marine Propellers
Ansys Rocky
Highly optimized Discrete Element Modeling (DEM) software for predicting granular material dynamics and complex fluid-particle dynamics.
Best For:
Mining, Agriculture, Pharmaceutical Processing, Granular Mixers
REAL-WORLD ENGINEERING
Built for Real Engineering Challenges
Aerodynamics
Optimize lift/drag coefficients and fuel economy in automotive & motorsport designs.
Thermal Management
Accurately predict high-temperature dissipation in process piping and valves.
Electronics Cooling
Ensure junction safety and avoid throttling in high-performance computing cards.
Battery & EV Thermal
Optimize liquid cold plate designs to prevent EV battery thermal runaway issues.
Combustion
Simulate industrial gas turbine burner efficiency and strict soot/NOx reduction targets.
Turbomachinery
Analyze stator-rotor stage interaction and cavitation behaviors in water pump designs.
Multiphase Flow
Accurately trace spray droplets, bubbling columns, and oil-gas-sand separators.
Particle & Granular
Improve mass flow rates and predict friction wear inside transport hoppers.
Simulation That Scales Across Industries
Aerospace & Defence
Supersonic flows, external aero, engine combustion, and high-altitude thermal simulation.
Automotive & Electric Vehicles
External aerodynamics, battery pack thermal management, and cabin climate optimization.
Energy & Power
Wind turbine efficiency, combustion analysis, steam turbine simulation, and nuclear cooling flows.
Oil & Gas
Multiphase separator flows, subsea pipeline dynamics, transport hydraulics, and process vessel safety.
Chemical & Process Industries
Chemical reactor mixing, bubble column hydrodynamics, granular solid transport, and dry blending.
Industrial Equipment
Heavy machinery cooling, pump cavitation, conveyor dust dispersion, and pneumatic systems.
Manufacturing
Casting cooling, cleanroom ventilation, polymer extrusion flows, and metal forming thermal analysis.
Consumer Products
Aerosol spray mechanics, thermal profiling for electronics, and spray drying process optimization.
Beyond Software. Built Around Your Engineering Workflow
Kaizenat helps engineering teams move smoothly from initial software selection to comprehensive, high-value simulation adoption.
Verified technical competence, high-performance computing expert support.
Identify
Understand the engineering challenge and select the right solution.
Implement
Set up the software, workflows, and simulation environment.
Enable
Train engineering teams with application-focused learning paths.
Support
Provide deep technical guidance as teams scale their simulation capability.
Not Sure Which CFD Solution Is Right for You?
Talk to Kaizenat's seasoned simulation specialists to map out and deploy the ideal Ansys CFD workflow for your specific industrial application.