STAAD Advanced Concrete Design RCDC 2025

Bentley STAAD Advanced Concrete Design RCDC 2023 v23.00.06.07 is the industry-leading concrete detailing engineering software. This powerful software provides a fully integrated process that connects analysis with design and detailing, drawings, estimates, and reports. RCDC is used across a wide range of industries, including high-rise buildings, residential, commercial, industrial, and infrastructure projects.

Key Features:

‌1. Design Capabilities: RCDC supports the design of various concrete components, including beams, columns, slabs, and shear walls. Users can select design codes from different countries, such as BS 8110 in the UK, EN 1992 in Europe, and ACI 318M-11 in the US, and can collaborate with STAAD.Pro geometric modeling and analysis results.

‌2. Automated Detailed Design: RCDC offers automated detailed design functionality, including elevation and section design, as well as the insertion of material schedules and reinforcement schedules for beams, columns, floor slabs, and shear walls.

‌3. Design Code Support: RCDC supports multiple international design codes, including the UK (BS 8110), Europe (EN 1992), the United States (ACI 318M-11), Singapore (CP 65), and others.

‌4. Latest Version Updates: In the latest version, RCDC has added support for pile cap design in accordance with the Australian standard AS 3600:2018, and introduced design functionality for conical and stepped walls. Additionally, users can export tank wall geometry and reinforcement data to ISM (Integrated Structural Modeler).

‌5. Seamless integration: RCDC seamlessly integrates with STAAD.Pro, allowing users to share and synchronize model data across a set of integrated applications, streamlining workflows and improving design efficiency.

6. Seismic Design: RCDC supports seismic design, enabling users to design and detail seismic systems in accordance with relevant building codes and generate seismic loads.

7. Non-traditional Shape Design: The software supports the design of non-traditional shapes such as L-shaped, T-shaped, and C-shaped structures. Users can control the design of concrete beams, walls, and columns while considering the continuity of column stacks and beam lines.