Vehicle Performance Engineering
Accelerating Innovation with Digital Twin Technology
Deliver the transportation and mobility experience of the future: safe, durable, high-quality at scale and low cost. Digital twin technology allows exponential innovations in vehicle performance engineering.
Empower customers to design and deliver transformational products
The mobility and transportation experience of the future demands substantially higher levels of quality, reliability and durability while being scalable, cost-effective and competitively differentiated.
Only with an automotive digital twin can engineers innovate faster, drive down costs, solve problems before they occur and deliver the superior performance the market demands. Ansys delivers a physics based automotive digital twin solution that spans critical vehicle engineering disciplines.
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Vehicle Exterior
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Vehicle Chassis
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Vehicle Electricals
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Vehicle Interior
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Vehicle Powertrain
Vehicle Exterior
Integrated multi-domain and multiphysics simulation from the cylinder to the system for:
- External Aerodynamics
- Aeroacoustics
- Thermal Management
- Water Management and Soiling
- Structural Integrity
Vehicle Interior
Integrated multi-domain and multiphysics simulation from the seat to the sound for:
- Climate Control/HVAC
- Cabin Acoustics
- Crash and Safety
- Ergonomics/HMI/HUD
Vehicle Chassis
Integrated multi-domain and multiphysics simulation from the suspension to the steering for:
- Chassis Structural
- Passenger Safety
- Painting
- Brakes
- Suspension & Steering
- Wheels/Tires
Vehicle Powertrain
Integrated multi-domain and multiphysics simulation from the cylinder to the system for:
- Internal Combustion Engine
- Transmission
- Fuel Systems
- Exhaust Systems with Emissions Control
- Electric Powertrain
Vehicle Electricals
Integrated multi-domain and multiphysics simulation from antenna to ADAS for:
- Wiring and Connectors
- Infotainment
- ADAS System
- Sensors
- Antennas
Applications
Modern vehicles are extraordinarily complex systems and must meet constantly evolving safety and regulatory standards.
Learn more about how Ansys is advancing safety and security for automotive systems.
Bringing Intelligent Headlamps to Light Via Simulation
Learn how automotive engineering teams verify the performance of their complex headlamp designs.
Intelligent headlights built on new optics allow dynamic, adaptive lighting on the road.
Headlights were once among the most basic features of any car, but modern technology is setting the stage for a new era in headlight design. Intelligent headlamps with dynamic, adaptive smart features will optimize the balance between illuminating the roadway and avoiding glare for oncoming motorists.
Even more important, as cars become increasingly autonomous, smart headlights lay the foundation for all the other autonomous driving features. Without adequate, appropriate lighting in all situations, the safety and correct functioning of other AD sensors is impossible to guarantee.
Unfortunately, road testing for smart and autonomous driving features is incredibly costly and labor-intensive – and can even be dangerous if something goes wrong. Simulation offers a safer path to well-designed systems in all aspects of automotive design, headlamps included.
Advancing Vehicle Performance Engineering
Ansys solutions are bringing next-generation innovation to vehicle design. Learn more about simulation strategies and best practices from Ansys experts and customers through a variety of webinars and case studies.
Featured Events
Webinars
Improving Internal Combustion (IC) Engine Design through Simulation
Join us in this multipart webinar series to understand how to evaluate and optimize engine performance using commercial CFD software, as well as technologies in the simulation ecosystem that support, augment and streamline CFD applications. Ansys experts will present the webinars, sharing best practices and simulation strategies.
Optimizing Electric Motor Performance with CFD
In this webinar, we’ll discuss accurate CFD/thermal solutions that enable faster, more reliable and more efficient electric machine designs.
