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ยฉ IDEA StatiCa 2009-2026

Trusted and used worldwide by engineers, fabricators & consultants.

Support CenterTutorialsJoint design resistance (EN)
IDEA StatiCa Connection step-by-step tutorial for the structural design of a steel joint and calculation of its resistance. Structural design of welded and bolted steel connections.
SteelConnection designTutorialsEN (Eurocode)CBFEM

Joint design resistance (EN)

This article is also available in
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This tutorial shows how to use IDEA StatiCa Connection to model, design and check a structural steel joint and calculate its joint design resistance.

1 New project

Letโ€™s launch IDEA StatiCa Connection (download the newest version)ย and open the project file for this tutorial.

2 Stress and strain analysis

To see the difference between the two types of analyses, let's perform the stress/strain analysis first. Calculateย the model - use the button on the top ribbon.

Joint design resistance (EN)

You can directly see the overall results of the stress/strain analysis displayed in the upper left corner of the scene.

3 Joint design resistance

Copy the project item first to save the previous work and change the analysis type to DR (Joint design resistance) for the new project item (Connection 2).

Choosing Joint Design Resistance Analysis type

Now run the analysis by the command Calculate in the top ribbon.

Joint design resistance (EN)

4 Results

Proceed to the Check tab and Joint design resistance in the result tables. The application calculated the factor (percentage) of the applied load to reach the design resistance of the connection. Under the table, the load path is displayed.

Joint Design Resistance (EN) Analysis Results

For a better understanding of the results, see the Theoretical Background.

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IDEA StatiCa step-by-step tutorial on designing and performing seismic code-check of a steel joint using Capacity design analysis. Structural design of welded and bolted steel connections.
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