Design and code-check any shape
Design, code-check and see real structural behavior of walls and D-regions in your concrete structures:
- Both reinforced and prestressed concrete
- Ready-made templates, import from DXF
- Strength of concrete and reinforcement, anchoring checksÂ
- Nonlinear deflections
- Clear pass/fail results for any geometry
- Serviceability checks – crack width checks, stress limitation checks
Deep beams
Precast and cast in situ walls
Corbels/Brackets
Dapped ends
Pile caps
Openings
Pier caps
Prestressed members with openings
Anchoring
- Create any shape you need
- Import from DXF
- Import reinforcements and pre-stressing from the Beam app
- Add openings, hangers, supports
- Model real reinforcement
- Define loads and combinations
Model
Load
Calculate
Report
Model
Load
Calculate
Report
Stress/Strain in reinforcement and tendons
Stress/Strain in concrete
Anchoring check
Stress limitation check
Crack width check
Nonlinear deflection
Verified design method
The Ohio State University research confirms the Compatible Stress Field Method to validate reinforced concrete design, where traditional methods such as the Strut-and-Tie Model fall short.
Four concrete members with discontinuities were created and examined against baseline calculations and experimental data.
- Deep beam
- Shear wall with openings
- Corbel
- Walking column
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How IDEA StatiCa Detail helps you
Martin Haferl, co-founder of Gmeiner Haferl & Partner ZT GmbH, shares how IDEA StatiCa Detail streamlined the design of walls, coupling beams, and steel columns in Austria’s second-tallest building.
The software enabled fast and precise verification of highly stressed elements, ensuring structural rigidity and load-bearing capacity. In a dynamic BIM environment, IDEA StatiCa helped him handle design changes efficiently, reducing manual calculations and optimizing the overall workflow.
