Design and code-check any concrete member
Gain complete control over the design and analysis of concrete members, including:
- Reinforced and prestressed concrete
- Staged, composite, pre- and post-tensioned sections
- Any tendon geometry, prestressing losses, prestressing effects
- Checking the construction stages
- Members with multiple openings
- All ULS/SLS checks for reinforced and prestressed concrete
- Empirical method based on formulas
Concrete
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Composite beams (concrete-concrete)
Composite and staged sections
Slender columns
Post-tensioned structures
General shape of cross-section
2D elements - slabs, walls and shells
Model cross-section
Model and load member
Calculate
Report
Model cross-section
Model and load member
Calculate
Report
Best for reinforced or prestressed beams, also with composite (concrete-concrete) cross-sections
- Analyze lateral torsion buckling for pretensioned beams and all construction stages
- Evaluate internal forces, deflections, and prestressing losses
- Templates for reinforced and pre-stressed beams
- Perform time-dependent analysis with rheology effects
- Assess structures using bridge load rating
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Internal forces
Prestressing losses
Deflection & lateral torsion buckling
Fire resistance check
Stress limitation
Torsion
Shear check
Interaction
Crack width check
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