# IDEA StatiCa Concrete

> Rigorous Code-Check for Reinforced Concrete Structures

Canonical: https://www.ramcadds.com/products/idea-statica-concrete
Source: RAM CADDSYS product catalog — https://www.ramcadds.com/products
Categories: concrete-design

IDEA StatiCa Concrete provides structural engineers with rigorous analysis and code-checking tools for reinforced concrete beams, columns, walls, cross-sections, and discontinuity regions (D-regions). Using advanced non-linear finite element analysis, it handles complex concrete details that simplified methods cannot accurately resolve.

IDEA StatiCa Concrete enables structural engineers to design and code-check reinforced concrete members and details using rigorous non-linear analysis. It is particularly suited for D-regions, corbels, dapped ends, anchoring zones, and other areas where simplified beam theory does not apply. Part of the IDEA StatiCa product family, with full integration into leading structural analysis platforms.

## Why engineers pick it

- **Discontinuity Region Design** — Accurately design corbels, dapped ends, deep beams, and frame corners using non-linear finite element analysis—areas where simplified code methods are insufficient.
- **Cross-Section Design** — Design and check any reinforced or prestressed concrete cross-section under combined bending, shear, torsion, and axial force per international codes.
- **Code-Compliant Reports** — Detailed, auditable reports covering all code utilization ratios, reinforcement checks, and capacity verifications per EN, ACI, and other codes.
- **BIM Integration** — Integrates with leading structural analysis software including Robot, ETABS, and SAP2000 through the IDEA StatiCa Checkbot BIM workflow.

## Capabilities

- **Beam and Column Design** — Full code-check for reinforced concrete beams and columns under bending, shear, torsion, and axial load. Interaction diagrams, capacity utilization, and reinforcement optimization.
- **Wall and Slab Design** — Shear wall and flat slab design with proper treatment of in-plane forces, punching shear, and torsional effects per international codes.
- **D-Region Analysis** — Non-linear finite element analysis of discontinuity regions: corbels, dapped-end beams, deep beams, opening-reinforced walls, and anchor zones.
- **Prestressed Concrete** — Design and verification of prestressed concrete members including pre-tensioned and post-tensioned configurations with losses and long-term effects.
- **Anchorage Design** — Anchor bolt and rebar anchorage design with non-linear concrete modeling. Pull-out, splitting, and concrete edge failure modes all checked per code.
- **Cross-Section Editor** — Parametric cross-section editor supporting standard and arbitrary concrete sections. Full interaction surface generation and section classification.

## Questions

### What is IDEA StatiCa Concrete used for?

IDEA StatiCa Concrete is used for the design and code-check of reinforced concrete members, cross-sections, and discontinuity regions (D-regions) using non-linear finite element analysis.

### What are D-regions and why do they need special software?

D-regions (discontinuity regions) are areas in concrete structures where the plane-sections assumption doesn't apply—corbels, dapped ends, openings, and anchorage zones. Simplified beam theory gives unreliable results; IDEA StatiCa uses FEA-based strut-and-tie and non-linear models for accuracy.

### Which design codes does IDEA StatiCa Concrete support?

IDEA StatiCa Concrete supports EN (Eurocode), ACI (USA), and other major international concrete design codes, consistent with the full IDEA StatiCa product family.

### Does IDEA StatiCa Concrete integrate with structural analysis software?

Yes. It integrates with Robot, ETABS, SAP2000, RFEM, RSTAB, and other platforms through the Checkbot BIM workflow, enabling direct transfer of member forces and results.

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