Overview
Joining techniques are fundamental to the accurate simulation of full vehicle models. This online event provides an overview of commonly used joining methods in LS-DYNA, supported by industry, research, and customer case studies presented by experienced practitioners. The session will introduce established modeling approaches for a wide range of joining technologies, including adhesive bonding, bolted joints, welding, spot-weld bonding, and riveting. Each joining method relies on specific structural formulations and appropriate material models to achieve robust and reliable numerical behavior.
In addition to the technical presentations, two customers will share their practical experiences applying these joining techniques in real-world engineering projects, highlighting lessons learned, challenges encountered, and the benefits achieved through advanced simulation workflows.
Because these modeling approaches often impose particular requirements on element formulations, contact definitions, and material characterization, the event will also provide practical guidance on how to address these aspects in LS-DYNA. Participants will gain insights into best practices and key considerations for successfully implementing joining models in real-world simulation environments.
What Attendees Will Learn
- Modeling common connection types in LS-DYNA, including adhesives, welds, bolts, and rivets
- Understanding load transfer and failure mechanisms in connection models
- Applying practical modeling techniques, such as flange representations and advanced contact formulations
- Evaluating result quality and reliability in connection simulations
- Exploring key new LS-DYNA capabilities for welded and bolted joint modeling
Who Should Attend
This technical online event is designed for engineers with hands-on LS-DYNA simulation experience who are looking to deepen their expertise in the modeling and simulation of mechanical connections.
Speakers
- Max Hübner - Ansys, part of Synopsys
- Tobias Aubel - Ansys, part of Synopsys
- Ilka Schwarzer - Stellantis
- Karlheinz Kunter - Virtual Vehicle Research GmbH
Date / Time:
September 17, 2026
9:30 AM CET
Venue: Virtual
- Cost:
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