Understand Complex Flow. Engineer Better Performance.
Ansys Fluent is advanced CFD simulation software for predicting fluid flow, heat transfer, mass transfer, combustion and multiphase behavior. It helps engineers evaluate complex fluid systems and optimize product performance before physical testing.
Talk to a CFD ExpertCFD CAPABILITIES
One CFD Environment. Complex Physics.
1. Advanced CFD & Fluid Flow
Incredibly robust and versatile solver technology to accurately predict general flow behavior, velocities, and pressure fields.
2. Turbulence Modeling
Widely recognized near-wall and core-flow turbulence formulations, including state-of-the-art GEKO and hybrid models.
3. Multiphase Flow
Model complex gas-liquid-solid interactions, boiling, condensation, cavitation, and discrete bubble behavior.
4. Heat & Mass Transfer
Accurately capture conjugate heat transfer (CHT), solid thermal conduction, radiation, and species mixing dynamics.
5. Combustion & Reacting Flow
Simulate complex chemical reactions, flame propagation, emissions output (NOx, SOx), and custom fuel combustion.
6. Battery Thermal Management
Analyze thermal runaway, electrochemistry models, battery aging, and design optimized liquid cooling plates.
7. Fluid-Structure Interaction
Evaluate fluid loads on structures, structural vibrations, and deformed shapes using fully-coupled system simulations.
8. Shape Optimization
Utilize adjoint solver technologies to automatically find the mathematically optimal shape for target drag/pressure drops.
9. GPU Acceleration & HPC
Significantly reduce run times using multi-node HPC computing and Native GPU solvers to compress engineering cycles.
Built for the Challenges Engineers Actually Solve
Aerodynamics
Predict external flow and pressure distribution on aerospace, automotive, or industrial structures with unparalleled fidelity.
Battery Thermal Management
Optimize thermal behavior, prevent thermal runaway, and ensure peak longevity in EV battery pack assemblies.
Electronics Cooling
Manage heat dissipation in advanced electronic assemblies, microprocessors, and heavy high-frequency boards.
Combustion
Analyze combustion efficiency, soot, gas-burner emissions, and chemical reactions inside thermal process systems.
Multiphase Flow
Simulate complex multi-fluid interactions, tracing drop break-up, free surface interfaces, and particle tracking.
Industrial Process Flow
Optimize fluid systems in manufacturing process equipment, mixers, cyclones, extruders and separation devices.
Move From Physical Guesswork to Engineering Insight
Predict Earlier
Understand detailed fluid flow and conjugate heat transfer parameters long before building physical parts.
Optimize Faster
Evaluate hundreds of design variations simultaneously using parametric solvers and algorithmic shape optimization.
Handle Complex Physics
Incorporate non-linear dynamics, chemistry reacting rates and multiphase phenomena into a unified environment.
Scale Simulation
Utilize high-performance GPU technology and elastic cloud clustering to tackle largest-scale industrial models.
Simulation That Scales Across Industries
Automotive & EV
Underhood thermal analysis, external cabin aerodynamics, and deep liquid plate battery cell management.
Aerospace & Defence
Optimize gas turbine fuel injectors, analyze high-Mach compressible external flow, and flight systems thermal.
Energy & Power
Combustion system mapping, wind rotor efficiency profiles, gas/steam thermal loop designs.
Chemical & Process
Bubble column optimization, detailed reaction kinetic solvers, and mixing vessel performance profiles.
Electronics Cooling
Junction level thermal limits, cabinet duct flow structures, and phase-change cooling solutions.
Marine
Hull resistance hydrodynamics, cavitation modeling on propulsion blades, and offshore platform wave slam forces.
Industrial Equipment
Pump internals, valve head losses, compressor systems, and high-load particulate separator hoppers.
Consumer Products
Evaluate micro-nozzles, spray dryers, aerosol distributions, and domestic appliances air patterns.
From Fluent Access to Engineering Adoption
Kaizenat bridges software deployment with deep process integration, making sure your team adopts Ansys Fluent without bottlenecks.
Verified technical competence, high-performance computing expert support.
Select
Detailed evaluation of licensing structures, HPC counts, and optimal solver configuration.
Build
Establish model pipelines, meshing strategies, and specialized CFD boundaries for your use-case.
Enable
Fast-track onboarding with customized, industrial case-study focused training modules.
Optimize
Consulting on high-node scaling, complex convergence trouble, and advanced custom code scripts.
Ready to Build a Better CFD Workflow?
Talk to Kaizenat's seasoned simulation specialists to map out and deploy the ideal Ansys Fluent workflow for your specific industrial application.