spColumn 10.20 & spSlab 10.00 & spWall 10.20 & spBeam 10.00

spColumn is structural engineering software for designing and investigating reinforced concrete sections subject to combined axial and flexural loads.

Top-selling worldwide, spColumn delivers a clean and simple interface for model editing and 3D visualization of the nominal and factored failure surfaces. Batch processing and integration with AutoCAD and ETABS are some of the many program features.

Obtain the P-M interaction diagrams of rectangular, round, or irregular sections with any reinforcement layout to determine strength under the combined effects of axial and flexural loads. Calculate uniaxial and biaxial bending strengths and consider the effects of slenderness using the moment magnification method all in accordance with the latest American (ACI 318-19) and Canadian (CSA A23.3-19) Concrete Codes & Standards.

With a radically simple user interface, spColumn is the premier tool for engineers worldwide to design irregularly shaped sections that may contain openings or boundary elements. Widely used for the design of shear walls, elevator shafts, building cores, bridge piers, and typical building framing elements, spColumn can investigate sections that are impossible to find on design charts or do by hand calculations.

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spSlab is structural engineering software for the analysis, design and detailing of reinforced concrete two-way slab systems, one-way slab systems, continuous beams, waffle slabs, and slab bands.

With a user-friendly graphical interface, engineers can define floor slab geometry, material properties, support conditions, and loading scenarios (including point, line, and area loads). spSlab supports up to 20 spans and two cantilevers with live load patterning.

Utilizing the Equivalent Frame Method, spSlab follows the American (ACI 318) and Canadian (CSA A23.3) standards to automate structural analysis and design of complex concrete floor systems by calculating one-way shear, two-way punching
shear around columns and drop panels, immediate and long-term deflections, as well as flexural, shear, and torsional
capacities.

spSlab allows for moment redistribution, reducing negative moments and minimizing reinforcement congestion at supports, providing significant material and labor savings. Engineers can also account for torsion effects in the shear design of beam systems, with shear capacity presented in terms of required and provided reinforcement.

Investigate existing concrete floor systems with spSlab to extract maximum capacity of existing reinforcement and minimize costly repairs and strengthening while maintaining code compliance. The sophisticated options allow the engineer to exploit additional capacity in structural members and allow for the reuse of existing building by delivering reliable solutions for both new structural designs and the investigation of existing systems.

spWall is a computer program for design and analysis of reinforced concrete cast-in-place walls, tilt-up walls, ICF walls, and precast architectural and load-bearing panels. It uses a graphical interface that enables the user to easily generate complex wall models. The geometry of the wall (including any number of openings and siffeners), the material properties, the loads (point, line, and area), and the support conditions are assigned graphically by the user. Also, springs (translational and rotational) can be graphically assigned at any node.

The program is based on the finite element method and can take into account second-order effects. The wall may include any number of openings and stiffeners. The amount of steel required for flexure is computed based on the selected design standard, and the user can specify one or two layers of reinforcement. The program also calculates the amount of steel required for shear and torsion in the stiffeners. The wall shear strength provided by concrete (in-plane and out-of-plane) is calculated allowing the user to determine the need for adding shear capacity………….

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spBeam is structural engineering software for the analysis, design, and detailing of reinforced concrete one-way slab systems, continuous beams, and joist systems (including standard and wide module configurations).

With an intuitive graphical interface, engineers can define one-way slab and beam geometry, material properties, support conditions, and various loading scenarios, including point, line, 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

Powered by a dynamic frame analysis and design engine, spBeam adheres to the American (ACI 318) and Canadian (CSA A23.3)
standards, automating 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.

spBeam also incorporates torsion into shear design and investigation of beam systems. Shear capacity including torsion is represented in terms of required and provided area of transverse and longitudinal reinforcement.