Structures

ANSYS simulation technology enables you to predict with confidence that your products will thrive in the real world. Customers trust our software to help ensure the integrity of their products and drive business success through innovation.

Fluids

With the industry’s deepest and broadest fluid dynamics capabilities, ANSYS helps you ensure a steady stream of product and process innovation.

Electromagnetics

Electromagnetic, Electronics, Thermal & Electromechanical Simulation

Materials

Granta software ensures accurate, consistent, traceable materials information every time and provides the tools you need to support design, research and teaching.

Semiconductors

Simulation and modeling tools for foundry-certified and most production-proven semiconductor power integrity and reliability solutions.

Optical

From Optics and Illumination Design to Photonics and Imaging

Platform

Leverage simulation technology with a single platform that unifies legacy tools and custom workflows to help companies transform designs into products.

Embedded software

Embedded software is increasingly being used in smart devices, but imperfect code can be the cause of many product failures. Industry leaders estimate that every 1,000 lines of embedded software contain eight bugs. To manage this quality risk, as well as to meet higher standards for software certification, you need to leverage embedded software development tools and certified code generators.

Multiphysics

Deep, proven solver technology from ANSYS is a given. Applying this solver technology to multiphysics simulation is the next step for many engineers. See below for the range of ANSYS multiphysics offering available to meet your needs.

Systems

By developing virtual product prototypes you can couple the physical attributes of a product with the systems and embedded software.

Ansys Discovery

Cut down the design process drastically and gain deep insight into the behavior of future products using advanced multiphysics simulation capabilities and fast prototyping tools in the same software.

Ansys Fluent Materials Processing Interface

A Plastics and elastomer manufacturing process simulation tool that helps investigate the process and material behavior. Accelerates design time while reducing energy and raw material demands.

Choose part orientation correctly the first time on metal AM equipment with Additive Print, a standalone solution for process simulations.

Analyze the entire AM process—from additive manufacturing (DfAM) design to validation, print design, process simulation, and material exploration with Ansys Additive Suite!

Model-Based Embedded Systems Architecture Design, enhances collaboration and efficiency by providing a unified environment for system architecture, requirements management, and verification.

Explicit solver suitable for analyzing fast, dynamic phenomena such as explosions, collisions, and ballistics. It is commonly used in the defense industry.

A powerful cloud-based platform that offers scalable high-performance computing for complex engineering simulations, enhancing productivity and innovation across various industries.

Design all types of rotating machinery with full 3D geometry control and successfully integrate with major CAD software, utilize built-in 1D tools, and transition 2D sketches into complete 3D designs.

A comprehensive electromagnetic compatibility (EMC) analysis tool designed to evaluate and mitigate electromagnetic interference (EMI) in electronic systems, allowing for the modeling of complex harnesses.

Previously known as CES EduPack, it consists of an exceptional collection of educational tools that support instructors in enriching materials-related courses encompassing engineering, design, science, and sustainable development.

A 3D electromagnetic simulation tool used to design, simulate, and analyze high-frequency components such as antennas, RF circuits, and microwave devices while supporting the development of advanced communication systems.

Electromagnetic field solver for low-frequency applications, excelling in simulating electric machines, transformers, and electromechanical devices with static and time-varying fields.

Elite FEA solver for structural, thermal, acoustics, transient, and nonlinear analyses. This comprehensive suite provides deep insights into coupled-field behaviors, aiding engineers in solving complex challenges.

Integrated into Ansys Mechanical, it utilizes an advanced multibody dynamics solver to precisely evaluate physical events in complete mechanical systems.

Allowing engineers to optimize motor designs for any aspect using four integrated modules like EMag, Therm, Lab, and Mech, this software offers fast multiphysics simulations across the full torque-speed range for quicker concept-to-design transitions.

Model-based systems engineering focused on safety analysis of complex systems. It supports ISO 26262 and other safety standards, enabling efficient risk assessment, FTA, and FMEA for system reliability and compliance.

As a system simulation platform, it allows the creation of simulation-based digital twins with real-world inputs, improving predictive maintenance to reduce warranty repairs and optimize product performance.

Developed for testing and optimizing high-speed printed circuit boards, it provides solutions for signal and power integrity, EMC problems, and determines circuit parameters.

AI-driven solution for the automotive industry, enhancing the development of perception systems in autonomous vehicles. It accelerates the identification and correction of errors, ensuring higher safety and reliability.

Comprehensive testing solution designed for validating critical embedded systems. Ideal for safety-critical industries with standards like DO-178C and ISO 26262, enhancing reliability and efficiency in the testing process.

Efficient modeling of controls, logic and algorithm designs within a single environment for safety-critical software applications. Utilizing model-based design and verification, it ensures high reliability.

Comprehensive solution for managing the entire software development lifecycle, offering efficient collaboration, version control, and traceability, crucial for aerospace and automotive industries.

Modeling of Human Machine Interfaces (HMI) designs featuring an integrated environment with logic design. Automatic certified code generator which enables 80% embedded code production and testing cost reduction.

Specialized simulation software for quasi-static electromagnetic field simulations in both 3D and 2D, with a key function of extracting RLCG parameters from interconnect structures, enabling detailed analysis and optimization.

Knowledge management and collaboration tool designed for engineering teams. It enhances productivity by centralizing simulation data, project management, and workflows.

Analyzing charging and plasma phenomena to simulate electric arcing, surface and internal charging and dielectric breakdown helps manage risks from excessive charge build-up, preventing material degradation and arcing.

Ansys Fluent

Advanced CFD software designed for modeling fluid flow, heat transfer, and chemical reactions, providing detailed analysis and offering comprehensive capabilities, including multiphase flows, turbulence modeling, and optimization.

Digitally designing and validating each stage of sheet metal forming swiftly and accurately is now possible with this software, which serves as an all-in-one simulation tool.

Materials selection software empowers you to innovate, address materials challenges, cut costs, validate material selections, and choose the optimal materials for your needs, to export simulation-ready materials data.

Ansys Granta MI

Leveraging trusted reference data, this ready-made solution enhances control and value for in-house materials information, enabling the creation, storage, and use of material properties with seamless CAD and CAE integration.

Ansys Granta Selector

Materials selection software empowers you to innovate, address materials challenges, cut costs, validate material selections, and choose the optimal materials for your needs, after which you can export simulation-ready materials data.

Analyze the thermal management of electronic devices by simulating airflow, heat transfer, and cooling performance in electronic systems to ensure efficient thermal designs, and optimize reliability and longevity.

Integrated into Ansys Mechanical, it enables powerful explicit simulations, excelling in drop tests, impacts, crashes, and occupant safety with a wide range of capabilities and material models.

Designed for advanced fatigue analysis and durability testing, this tool computes damage accumulation from repeated loads using finite element results to predict a product’s lifespan.

Ansys OpticStudio

Optical design software for developing optical, illumination, and laser systems, is widely adopted across industries. OpticStudio can be used to design optical components with structural and thermal analysis capabilities.

Streamlining process integration, design optimization, and robustness assessment are features used for automating simulation toolchains and integrating optimization algorithms to conduct parametric design studies.

Reliability physics-based electronics design tool for swift life estimations, providing rapid and accurate predictions for electronic hardware in early design phases across component, board, and system levels.

Optimized for acoustic analysis and sound design, it empowers users to listen, analyze, and craft sound sources using real-world acoustic data or simulated results from CAE NVH simulations.

3D modeling software for engineers and designers to create, edit, and prepare geometry for simulation, offering precise geometry manipulation, rapid prototyping, and seamless CAD and CAE integration.

Optical simulation software used for designing and optimizing lighting systems, including automotive headlights, displays, and interior lighting, successfully simulates light propagation, reflection, and scattering.

Simulating intricate systems in a realistic 3D environment like modeling ground, sea, air, and space assets is now possible with the goal of understanding system behavior and mission performance effectively.

An advanced CFD software especially for Turbomachinery. Capable of general fluid flow and heat transfer, providing detailed analysis and offering comprehensive capabilities, including multiphase flows, turbulence modeling, and optimization.

Nuhertz FilterSolutions provides automated RF, microwave, and digital filter design, synthesis, and optimization in an efficient, straightforward process. It offers performance specifications and synthesizes both ideal and physical filter layouts.

Ansys Aqwa analyzes wave, wind, and current effects on marine structures like FPSOs, TLPs, and ships. It supports hydrodynamic diffraction, response analysis, and sea-keeping simulations for precise design evaluations.

Ansys Forte is a CFD software designed for internal combustion engine simulations, offering advanced chemical kinetics, spray modeling, and multiphase flow analysis for efficient and accurate engine design.

Ansys Chemkin-Pro enhances chemical process design by accurately simulating complex kinetics and reacting flows. It supports combustion analysis, emissions prediction, and reaction path analysis.

FENSAP-ICE provides accurate in-flight icing simulations, analyzing ice accretion, aerodynamic effects, and protection systems. Its advanced features help maintain safety and performance across diverse aviation components.

Ansys Rocky excels in simulating particle flows with realistic shapes using multi-GPU technology. It supports complex industrial applications with accurate, scalable solutions for various particle behaviors.

A leading solution for simulating and optimizing photonic components. It integrates FDTD, RCWA, and STACK solvers in a single environment, enabling fast and accurate design with scalable HPC and cloud-based solutions.

Ansys Zemax OpticStudio

Optical design software for developing optical, illumination, and laser systems, is widely adopted across industries. Zemax OpticStudio can be used to design optical components with structural and thermal analysis capabilities.