CFD Software | Fluids Simulation

Accelerate product development while enhancing product safety and performance.

By simulating fluid dynamics, engineers and scientists can understand how fluids behave in different conditions and environments, and how they interact with other materials and surfaces to simulate the overall flow of the fluid.

Top Ansys Fluids Simulation Products

Ansys products feature the industry’s most reliable and precise solvers, ensuring you have complete confidence in your results.

ANSYS Fluent

An enhanced new Ansys Fluent experience includes a task-based, fault-tolerant workflow so you can perform more computational fluid dynamics (CFD) analysis in less time, with less training than ever before.

Ansys Chemkin-Pro

Reaction mechanism optimization in Ansys Chemkin-Pro increases the speed of combustion simulations without sacrificing accuracy.

Ansys Forte

Parallel performance gains in Ansys Forte speed full-cycle internal combustion (IC) engine simulations by 2x.

Ansys TurboGrid

Hybrid meshing in Ansys TurboGrid saves hours of hands-on time for meshing complex blade models.

Ready to speed up your time-to-market with Ansys Fluid Simulation?

Why Ansys for Fluids Simulation?

Simulation provides an accurate representation of fluid behavior and allows engineers and scientists to study it in a way that is impossible with physical experiments alone. With its efficient and accurate modeling, stunning visual effects and animations, and valuable tools for engineers and scientists, Ansys fluid simulation is a critical solution to understanding fluid mechanics and optimizing the performance of engines, systems, and materials.

Optimized Modeling Experience

Reduce time to accurate results with optimized physics workflows, including simulations for battery conjugate heat transfer (CHT).
Employ advanced physics modeling capabilities, such as turbulence, single and multiphase flows, combustion, battery modeling, fluid-structure interaction, and other features.
Take advantage of a modern and intuitive interface that simplifies the CFD process from pre- to post-processing, all within a single window workflow.

Efficient and Accurate Outputs

Use particle-based techniques like smoothed particle hydrodynamics (SPH) for more accurate modeling of complex interactions.
Model complex flows such as splashes, foam, and droplets.

Visual Effects and Animations

Generate stunning visualizations and animations that illustrate simulation outcomes.
Optimized for high-performance computing, which allows for easy solving of large models on either CPU or GPU processors.

Valuable Tool for Engineers and Scientists

Provides advanced capabilities for fluid simulation, including the modeling of fluid dynamics, multiphase flows, and heat transfer effects.
Easy-to-use interface and powerful analytics tools for studying and analyzing fluid behavior.
Useful for analyzing the behavior of liquids in bottles or simulating the flow of air over aircraft wings.

Meet KETIV’s Fluids Expert

Snigdha Sarkar

Senior Application Engineer

Snigdha Sarkar is a Senior Application Engineer at KETIV. She is a CFD/Thermal Engineer with nearly a decade of experience in Vehicle/Underhood Thermal Management, Conjugate Heat Transfer, Multiphase and Discrete Phase Flow Modeling, Turbulence, CFD Meshing, and CAD. Proven track record in thermo-fluid analysis, testing, product design, R&D. Snigdha brings the power of Ansys simulation to our customers, as well as our community as a frequent host of KETIV Virtual Academy.

Articles and Sessions from Snigdha

Blog

CFD Modeling in Vehicle Design

It’s the day you’ve been waiting for: you’re going to buy a new car. On the lot, you eye different models. You already know the performance specs you want, so right now you’re all about style. When it comes to…

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