Webinar Series | Adams for Driving Simulators
Customer Success Stories
A long-standing problem in industries such as automotive, aerospace, and heavy machinery is that system models used for XiL (Hardware-in-Loop, Software-in-Loop & Driver-in-Loop) activities are typically of lower fidelity that only partially represents real-world physics and responses.
Watch this webinar series to learn about Adams Real Time and how it uniquely standardizes on a single fully parametric MBD model across validation activities (vehicle dynamics, control system testing, XiL etc.) and eliminates the need for reduced order representation of mechanical systems for real time simulation.
Listen to Hexagon experts and hear from our customers and partners on how they leverage Adams for driving simulators.
About the webinars:
Presented by:
Praveen Ramachandran, Product Manager, Hexagon
Ralf Bosbach, Senior Technical Specialist, Hexagon
In this webinar you will:
- Learn how Hyundai Motor Company uses Adams on a dynamic simulator for subjective vehicle model evaluations and subjectively determine comfort feel and dependency on different vehicle parameters.
- Discover how Ansible Motion dynamic simulator Delta S3 at Ansible Motion facility was used to replicate real driving conditions and provided subjective feedback.
- Find out the Adoption of Adams has transformed Hyundai's design and testing procedures, while streamlining the process. This approach enables faster decision-making and optimizes vehicle performance by allowing real-time adjustments and simulations.
- Witness a collaboration that demonstrates significant efficiency improvements in vehicle design, reducing the need for physical prototypes and extensive testing.
Presented by:
Alejandro Garcia Osorio, Chassis Simulation Engineer, Vehicle Dynamics, Applus+ IDIADA
Shivam Asthana, Lead Engineer, Mahindra & Mahindra
Praveen Ramachandran, Product Manager, Hexagon
In this webinar you will:
- Learn how Mahindra and IDIADA's groundbreaking approach, integrating ADAMS Real-Time models into driving simulators, enabled rapid and precise virtual tuning, resulting in enhanced rear suspension performance for an electric SUV.
- Discover how VI-Grade DiM250 dynamic simulator at IDIADA was used to replicate real driving conditions and provide subjective feedback.
- Find out how this innovative approach allowed for faster development cycles, improving both time efficiency and cost-effectiveness in BEV suspension design.
- Explore that how by integrating ADAMS Real-Time models, Mahindra achieved precise virtual tuning, enhancing vehicle performance and reducing the need for physical prototypes.
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Typically, the type of people who attend these webinars and find them useful include:
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