
Anchoring design in reinforced concrete
Analyze all the forces from a steel structure in a 3D concrete block with real reinforcement
Design Steel-to-Concrete Anchoring in 3D
Design accurate steel-to-concrete anchoring in 3D for any member, including edge-sensitive conditions. Optimize performance with real reinforcement, stiffness, and the use of all shear transfer types.
- Cover anchoring steel structures to concrete foundations, members, and walls
- Model the concrete block in 3D with the real reinforcement
- Analyze shear transfer through anchors, lugs, and friction
- Use AISC formulas (AISC 360-10/ 360-16/ 360-22) for checks of steel parts and anchors
- Identify stress flow mechanisms between concrete and steel rebars
WHAT RESULTS WILL I RECEIVE?
In addition to the list of code-checks for steel elements and anchors, thanks to the 3D CSFM method, IDEA StatiCa also provides you with:
Model and Visualize Reinforcement Behavior
Gain insights into structural behavior with detailed analysis of concrete and reinforcement under non-simplified loads. Visualize and interpret complex RC behaviors using section views and detailed results outputs.
- Conduct non-linear 3D CSFM calculations for reinforced concrete
- Calculate stress and strain in concrete and steel bars
- Use section views to identify critical failures
- Optimize materials and prevent overdesign with real reinforcement and accurate baseplate stiffness properties
Transfer Design Data in just One Click
Save time and reduce errors by transferring structural data between Connection and Detail without the need for manual re-entry.
- Import baseplate and anchors directly from Connection app
- Transfer the geometry, material properties, and loads
- Add reinforcement, analyze, and optimize in Detail
- Use data exchange to eliminate rework and space for errors
Analysis workflow

Model anchoring details in Connection

Export to Detail for Reinforcement Modeling

Perform Advanced Non-Linear Analysis with 3D CSFM

Visualize and Optimize Design