Simcenter S-Frame Concrete streamlines reinforced concrete design by delivering immediate, code‑compliant results in an intuitive environment.
Civil engineers can rapidly design, check, and optimize beams, columns, walls while maintaining full transparency of calculations. Automated checks, seamless integration with analysis tools and comprehensive design reports help reduce errors, save time, and build confidence in every concrete design.
Produce immediate code check results and detailed clause-based reports for axial, shear, flexure, torsion, and serviceability. This tool allows engineers to validate designs as they work and quickly identify governing load cases.
Batch-design thousands of concrete sections or directly import your building’s force results from popular analysis tools (e.g., ETABS®). Use the Multistory Designer (MSD)to mass-design your concrete beams, columns and walls.
Use auto-generated, comprehensive design reports to expose intermediate results, assumptions, warnings and errors. This enables engineers to confidently justify decisions to reviewers, clients and authorities.
Use Simcenter S-Frame Concrete to design and detail reinforced concrete beams, columns, and walls. This includes rectangular, circular, T‑, L‑beams and slab bands, under regional design codes, within a unified modeling environment.
Start from estimated dimensions and reinforcement, then let Simcenter S‑Frame Concrete automatically size and configure sections through iterative checks to reach a passing, optimized solution.
Define bar sizes, spacing, layers, ties, stirrups, hooks, splices and concentrated reinforcement zones with full control using Simcenter S-Frame Concrete. This ensures constructible and code‑checked reinforcement layouts.
Seamlessly work with Simcenter S-Frame Concrete or import loads and results from third‑party analysis software (e.g., ETABS®), enabling a smooth workflow from global analysis to detailed concrete design.
With Simcenter S-Frame Concrete, you can efficiently design entire multistory structures or multi-span continuous beams, accounting for flexure, shear, torsion, as well as short- and long-term deflection, with consolidated reporting for all elements.
Engineering consultants use Simcenter S-Frame Concrete as a core reinforced concrete design tool within multi‑project workflows to design single concrete elements or mass-design high-rise concrete structures. It supports consistent application of design codes, transparent code checking and efficient production of design documentation across diverse client projects.
Simcenter S-Frame Concrete is used to design and verify reinforced concrete beams, columns, walls and continuous beams. Engineers apply code‑based checks and reinforcement detailing to support safe, compliant structural designs throughout building projects.
Civil engineers use Simcenter S-Frame Concrete to design reinforced concrete elements for infrastructure such as bridges and transportation structures. The software supports verification of concrete sections subjected to complex loading while maintaining compliance with regional design codes.
In energy projects, Simcenter S-Frame Concrete supports the design of reinforced concrete structural members used in power plants and substations. It enables engineers to assess concrete section capacity under operational loads while ensuring traceability and code compliance.
