Fluid dynamics simulation

We help engineers make better, faster decisions through fluid flow simulation, from the design phase to products in operation.

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Powerful and highly accurate CFD solutions for every engineer

Our CFD (Computational Fluid Dynamics) simulation technology is used by some of the largest companies in the world for its superior computing power and accurate results that can optimize and predict the performance of products and systems. At the same time, it is user-friendly and accessible to engineers at all levels, in industries of all shapes and sizes, such as aerospace, automotive, and industrial equipment.

Anys simulation

Reduce development time and effort by solving complex simulations quickly

Simulate laminar, turbulent and transitional flow

Analyze compressible and incompressible flows

Investigate heat transfer by conduction, convection, and radiation

Predict multiphase flow: gas-liquid, liquid-liquid, and solid-liquid

Model combustion processes, including chemistry and radiation

Explore fluid-structure interaction and the effects of forces

Simulation to support the design and manufacturing of hundreds of products

Battery Simulation

Analyze thermal and hydrodynamic performance under different conditions, maximizing performance and safety while reducing costs and prototyping time.

Aircrafts

Model in-flight icing, airflow around aircraft, and fluids at hypersonic speeds, including shock waves, plasma, and structural deformation.

Electric engines

Go from conceptual design to detailed electromagnetic, thermal, and mechanical analysis of electric engines.

Gas engines and turbines

Predict real-life fuel effects with precise algorithms that describe the thermodynamic behavior of combustion.

Energy generation

Develop physical models for complex multiphase flows, combustion processes, wind turbines, hydraulics, and refrigeration systems.

Propulsion systems

Test designs of internal combustion engines and ship propulsion systems, evaluating their hydrodynamic performance.

Industrial equipment

Simulate hydrodynamics and hemodynamics, diffusion and convection of fluid substances, optimize design, fluid flow analysis, and energy efficiency.

Vehicles and structures

Analyze aerodynamics, aerothermodynamics, engine combustion, and cooling systems. See how forces interact in deforming structures.

Nuclear reactors

Evaluate equipment cooling and find solutions to problems such as pressure drop reduction, drag optimization, lifting, or heat transfer.

Turbo-machines

Maximize performance in a jet engine, wind turbine, or turbocharger design. Analyze cavitation to define operating parameters and limits.

Electronics

Evaluate and predict heat transfer problems and the thermal performance of circuits such as computer processors, motherboards, and power supplies.

Medical equipment

Accurately simulate blood flow in arteries and veins and optimize medical devices such as stents and heart valves.

Sustainability

Optimize wind turbine projects, planning and management of water resources and contaminants, environmental pollution and gas dispersion.

Ansys fluid dynamics simulation tools

Ansys Fluent

Create advanced physics models and analyze fluid phenomena in a customizable and intuitive space with a user-friendly interface and response accuracy.

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Ansys CFX

Reduce development time with advanced physical modeling and accurate results. Industry-leading CFD for turbomachinery.

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Ansys Discovery

Refine and fine-tune designs in real-time, with results on the fly and Ansys quality in simulation response. Gain critical insights early in the design process.

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We are ready to both understand and solve your engineering simulation challenges

Ask for a quote now: an ESSS expert will contact you to point you in the right direction and help you successfully tackle your challenges in electromagnetism, and more to achieve a greater competitive advantage in the marketplace.

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SUCCESS STORY

Red Bull Racing Honda challenged for first place in the 2021 Formula 1 with the help of Ansys simulations

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"The ability to run optimization simulations in hours rather than days has important ramifications. Within the design schedule, there is only so much time to make recommendations on changes that can improve the aerodynamics of an automobile"

Ren Chao

Program Leader, Product Engineering/Predevelopment SAIC

Volkswagen China

Learn about ESSS Institute Courses

Computational Fluid Dynamics (CFD)

Introduction to Computational Fluid Dynamics (CFD) using Ansys

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Structural Analysis (FEA)

Introduction to Geometric Modeling using Ansys SpaceClaim

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Fluidodynamics

Computational Modeling of Reactive Flows with emphasis on Combustion

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