Ansys Automotive | Transportation and Mobility Simulation Software

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Ansys Automotive Software Solutions Navigate Design, Development, and Homologation Challenges Faster Transform vehicle development using AI-enabled simulation and safety solutions that can reduce time, cost, and complexity across the entire lifecycle. Visit us at Ansys Transportation Summit Saint John's Resort - Plymouth, MI on October 13-14, 2026 Complexity is growing. Timelines are shrinking. The good news? Ansys simulation is helping automotive engineers cut through the disruption to bring world-class vehicles to market faster. Accelerate Time-to-Market Shorten development cycles through simulation-powered optimization. Innovate Faster Quickly test assumptions and make discoveries on the way to new products. Reduce Cost Increase engineering efficiency and productivity through rapid iterative testing. Ansys solutions connect individual tools and solvers to match how automotive teams actually work. No fumes here. Every day, original equipment manufacturers (OEMs), start-ups and tier suppliers from around the globe look to Ansys' industry-leading tools and solvers to solve big challenges. 40 % Efficiency gain “FreeFlow's seamless integration within a unified Ansys simulation suite streamlined our process and minimized data handling challenges across different tools. ” “Schaeffler's expertise in scalable automotive manufacturing, special machinery, and life cycle services addresses the hardest barriers to adoption, positioning us well in the humanoid and physical AI spheres. ” “Without the tool, one light guide design and simulation might take approximately 30 minutes to an hour, producing six to eight combinations per day. With optiSLang software, we can analyze up to 300 light guide designs in just one day. ” Key Industry Partners Predicting Battery Failure with Ansys Simulation Battery packs are an integral part of the electrification and electric vehicle revolution. Battery crash is an important event with respect to battery design and crash response, which plays a crucial role. An electric car can catch fire ... Safety is an important functional requirement in the development of large-format, energy-dense, lithium-ion (Li-ion) batteries used in electrified vehicles. Many automakers have ... Learn from leading automotive organizations and Ansys experts how engineering simulation drives accelerated innovation. Redefine automotive safety and performance with MBSE by bridging software and hardware, integrating safety, and accelerating innovation ... Automotive Design: How AI is transforming the art of simulation HPC Utilization for Automotive Engineering Powering up Automotive Simulation: Why Migrating to the Cloud is a Game Changer Driving Speed and Reliability in Automotive Systems Engineering AUMOVIO Tests its Product Reliability in a Fraction of the Time Using Ansys Sherlock, AUMOVIO accomplished its goal of evaluating and identifying a superior adhesive material before building the prototype. Read full case study Ansys Software Boosts Andes' Automotive-grade IP Development To streamline ISO 26262 verification, Andes Technology used Ansys medini analyze software to automate the safety analysis process. Read full case study Elausa Uses Ansys in Automotive Interior Lighting Projects Elausa conducts thermal optimization in automotive interior lighting projects with help from Ansys solutions. Featured In Person Digital Engineering for Automotive Automotive Safety and Security Driven by Simulation What is automotive simulation? What is automotive simulation? Automotive simulation uses virtual engineering software to model, test, and validate vehicle systems before physical prototypes are built. Engineers use automotive simulation to evaluate structural performance, crash behavior, aerodynamics, thermal management, electronics, powertrain systems, sensors, embedded software, and safety-critical functions. With Ansys simulation solutions, automotive teams can accelerate vehicle development, reduce testing costs, and improve safety, reliability, and performance across the product lifecycle. How does simulation improve vehicle engineering? How does simulation improve vehicle engineering? Simulation improves vehicle engineering by enabling teams to analyze complex vehicle systems early and often throughout the design process. Instead of relying only on physical testing, engineers can use simulation to study structural mechanics, fluids, thermal behavior, electromagnetics, electronics, software, and system-level performance in a connected digital environment. This helps automotive manufacturers reduce development time, identify design issues sooner, optimize vehicle performance, and bring safer, more efficient vehicles to market faster. What types of vehicle systems can be simulated with Ansys? What types of vehicle systems can be simulated with Ansys? Ansys supports simulation across a broad range of vehicle systems, including body structures, chassis, crashworthiness, aerodynamics, thermal systems, batteries, electric motors, power electronics, electrified powertrains, embedded software, sensors, semiconductors, electronics cooling, and connected vehicle technologies. These multiphysics simulation capabilities help engineers evaluate how mechanical, electrical, thermal, fluid, and software systems interact in modern vehicles. How is simulation used in electric vehicle development? How is simulation used in electric vehicle development? Electric vehicle simulation helps engineers design and validate batteries, battery management systems, power electronics, electric motors, fuel cells, and integrated electrified powertrains. By using simulation, EV engineering teams can improve range, efficiency, thermal performance, safety, durability, and system integration. Simulation also helps reduce dependence on costly physical prototypes and enables faster design iteration for electric and hybrid-electric vehicles. Why is simulation important for ADAS and autonomous vehicle development? Why is simulation important for ADAS and autonomous vehicle development? ADAS and autonomous vehicle systems require extensive validation across complex real-world driving scenarios. Simulation enables engineering teams to test sensors, perception systems, control algorithms, embedded software, human-machine interfaces, and safety-critical vehicle behavior in virtual environments. Ansys simulation supports physics-based sensor modeling, safety-by-design workflows, and safety-by-validation approaches that help manufacturers develop advanced driver assistance systems and autonomous vehicles more efficiently. How can automotive simulation reduce physical testing costs? How can automotive simulation reduce physical testing costs? Automotive simulation reduces physical testing costs by allowing engineers to evaluate many design scenarios virtually before building prototypes. Simulation can be used to study crash performance, battery safety, aerodynamics, thermal behavior, structural durability, electronics reliability, and system integration. By identifying issues earlier in development, automotive companies can reduce the number of physical tests required, shorten validation cycles, and make better design decisions before committing to manufacturing. How does simulation support automotive safety engineering? How does simulation support automotive safety engineering? Simulation supports automotive safety engineering by helping teams analyze, verify, and validate vehicle systems against safety requirements and industry standards. Engineers can use simulation to evaluate crashworthiness, battery safety, embedded software, functional safety, sensor performance, and autonomous system behavior. Ansys safety analysis and embedded software solutions support automotive standards such as ISO 26262 and AUTOSAR, helping teams meet safety goals more efficiently. What role does multiphysics simulation play in next-generation vehicle design? What role does multiphysics simulation play in next-generation vehicle design? Multiphysics simulation is essential for next-generation vehicle design because modern vehicles combine mechanical systems, electronics, software, sensors, batteries, thermal systems, communications, and advanced materials. Multiphysics simulation helps engineers understand how these systems interact under real-world operating conditions. For automotive applications, this can improve vehicle performance, safety, energy efficiency, connectivity, reliability, and time to market.