and area loads. spBeam supports up to 20 spans and two cantilevers with live load patterning for efficient and accurate modeling of complex floor systems
calculations for flexural, shear, and torsional capacities, as well as
immediate and long-term deflections. The program enables moment
redistribution to reduce negative moments, minimizing reinforcement
congestion at supports and achieving significant material and labor
savings.
The most significant upgrade to spBeam since its inception features a pioneering interface for intuitive modeling, fast results, logical reporting, and sophisticated tools all cleverly integrated into a simple and friendly workspace.
Start with a template or create grids based on structural drawings to set up spans and support locations. Define and assign span elements (slabs, ribs and longitudinal beams), support elements (columns, capitals, and transverse beams) and loads to complete the model.
Once the model is ready, the Solve command opens the Design and Deflection options, allowing users to customize the analysis settings. The spBeam dynamic frame analysis and design solver is then launched using the Run command. Results are provided in both tabular form and as diagrams.
spBeam features a modern reporting tool that allows users to view, customize, print, and export reports in various formats. The tool helps generate professional project submittals with flexible options to include as much or as little detail as needed. Users can also add detailed screenshots of diagrams to better illustrate structural behavior within the reports.
Templates in spBeam offer predefined one-way slab and beam systems, allowing users to create models simply, quickly, and accurately. Users can select from various one-way slab and beam categories and customize parameters like spans, supports, loads, and materials. Models are ready for analysis within minutes, with design results available for immediate review.
