FMI co-simulation in HyperLynx AMS and PartQuest Explore
Join us at this free Expert Series Webinar that will showcase a variety of examples to demonstrate how HyperLynx AMS and PartQuest Explore can couple with other simulation tools to analyze complex electromechanical, thermal, and dynamical systems.
The Functional Mockup Interface (FMI) Standard is an industry open standard that allows for different simulation tools to couple for unified, multi-domain co-simulation. Co-simulation is often crucial in the design and analysis of complex, multidisciplinary systems. HyperLynx AMS and PartQuest Explore are multidisciplinary simulation tools from Siemens that have introduced FMI compatibility. We showcase a variety of examples to demonstrate how HyperLynx AMS and PartQuest Explore can couple with other simulation tools to analyze complex electromechanical, thermal, and dynamical systems.
What you will learn:
- What is co-simulation and the FMI standard?
- Capabilities of HyperLynx AMS and PartQuest Explore
- How to perform FMI co-simulation in HL AMS and PQE
- How to perform complex multi-domain co-simulation with a variety of FMI-compatible Siemens simulation tools
Who should attend:
- Anyone who works with systems that require multi-domain analysis across different simulation tools. This webinar will be especially useful to users of HyperLynx AMS and/or PartQuest Explore, though no prior experience in either tool is required.
Details
What
Customer Technical Webcast: FMI co-simulation in HyperLynx AMS and PartQuest Explore
When
Tuesday, September 22, 2026
Where
Online
Time
18:00 hr CEST
In this Expert Series presentation we will cover the default user groups and roles that are shipped with the Xpedition EDM Server and how to customize them or create new ones.
ERF to ADM conversionJoin us at this free Expert Series Webinar that will provide a comprehensive guide to the ERF-to-ADM Converter, a powerful utility within the Analysis Definition Manager (ADM) designed to migrate your fabrication, assembly, and frontline ERF models into modern ADM classification sets.
