The introduction of the acting forces into the connection area creates a complex stress state that can only be reliably described by a carefully selected and technically sound truss model. This raises two key questions in particular:
- Various truss models with varying geometries are available. But which of these models delivers truly reliable and realistic results?
- The classic concept for capturing a discontinuity area using truss models is primarily designed for the ultimate limit state. However, how can the serviceability limit state and, in particular, crack formation be accurately represented?
In this webinar, we will demonstrate how a suitable truss model is developed and how this sensitive area is measured in a targeted manner using a nonlinear FE model and the associated software. We highlight the respective strengths and limitations of truss models in comparison to the FE method and provide practical tips for optimal application. Using a real, successfully tested bridge construction project, we demonstrate with the Detail app how an economical, robust, and constructively optimized solution can be developed.
If you want to stay ahead in bridge construction, don't miss this webinar.
Want to see more webinars?
Learn more about discontinuity details design in reinforced and prestressed concrete with IDEA StatiCa:
- Master Your Design - Precast and Infrastructure Beams
- Master Your Design - Pier Caps
- Master Your Design - Prestressed Beam with Openings
Register for free and join the live webinar on Wednesday, February 25, 2026, at 11:00 CET (Prague time, UTC+1).