Bentley Systems Inc., the leading company dedicated to providing comprehensive software solutions for sustaining infrastructure, has released an updated STAAD Advanced Concrete Design (STAAD RCDC), is a tool that will take the model and analysis results to produce full construction production drawings and schedules. With STAAD Advanced Concrete Design packs, you can now take a STAAD.Pro model and generate designs, drawings and schedules for concrete components of structures to one of a varitey of design codes.
New Release STAAD Advanced Concrete Design (STAAD RCDC) v6.3:
I am pleased to announce the release of an update to the STAAD RCDC application that provides concrete design solutions for STAAD.Pro models.
This new release offers 3 key updates
- Provision for defining effective length ratios for the design of columns and walls.
- Extended steel grade support for ACI and Eurocode design
- Additional option for determining the interaction capacities for column design subject to bending moments about both orthogonal axes.
About STAAD RCDC. Take your concrete analysis to a new level with STAAD Advanced Concrete Design. Designed by practicing engineers for practicing engineers, STAAD Advanced Concrete Design was purpose-built by our expert partners, S-Cube Futuretech. Maximize your software investment by combining the power of Bentley’s STAAD.Pro analytical engine with robust concrete design. Produce drawings according to global design standards. Design in compliance with India (IS), United Kingdom (GB), Europe (EC), or United States (ACI) design standards.
Design concrete elements, such as beams, columns, and walls in an automated and interactive workflow. Experience full control of your designs by setting individual design parameters.
Quickly produce detailed design drawings for beam line elevations, column line elevations, automatic cross section details, and bar termination geometry. Create individual beam bar bending schedules, column schedule tables and beam schedule tables.
STAAD Advanced Concrete Design RCDC 06.03.01.02
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