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A castellated beam is created by slicing an I-beam longitudinally along its web in a specific pattern. The goal here is to separate and rejoin the beam with a deeper web. Castellated beams offer increased depth compared to the original section, while maintaining nearly the same weight. The key advantage of these members is their […]
This document including concrete slab deflection design was explained for rectangular sections. The calculations were done based on the TS500 regulations. We present this design guide to your attention with the hope that it will be useful. You can find the guide as a PDF file in the attachment.
RC Beam Design with ProtaStructure is a critical process for ensuring structural safety and meeting building code requirements. Designing reinforced concrete (RC) beams involves accurately determining the quantity and placement of reinforcement bars (rebars). These rebars play a key role in strengthening beams to resist bending, shear, and torsion stresses effectively. ProtaStructure easier, faster, and more cost-effective. […]
Eurocode 8: Design of structures for earthquake resistance – Part 3: Assessment and retrofitting of buildings (EN 1998-3:2005) is a fundamental reference for the seismic evaluation of existing buildings. It provides a structured methodology for assessing the seismic performance of reinforced concrete, steel, and masonry buildings, and for designing appropriate retrofitting measures. Unlike the design […]
Scope In this document, calculation and decomposition of loads on ribbed and waffle slabs are explained. Modelling and design of ribbed and waffle slabs are out of scope of this document. Method for Load Decomposition Automatic Decomposition in Building Analysis Stiffness of slabs in a floor level can optionally be included in the entire building […]
This design guide discusses the Beam Design to Eurocode 2 Design Code BS EN 1992-1-1:2004. Users who wish to understand the analysis and design calculation for storey beams, are recommended to read this document.
Subbasement walls are usually considered as a part of the foundation and provide support for the infills on the ground storey and contains the fill on the foundation. ProtaStructure 2026 enables the users to model these walls on foundation level and optionally consider them in the analysis. Like subbasement walls, subbasement beams and slabs are […]
ProtaStructure utilizes the Group-Sum methodology to calculate the total responses at the top and bottom of the shear walls modeled with Finite Element (FE) shell elements. This document provides clearance and verification of shear walls modeled with the FE shell elements, under various loading types. We present this design guide to your attention with the […]
This document shows how you can take advantage of importing IFC, 2D, and 3D DXF and analytical data into ProtaStructure to start or enhance your project models quickly.
This document including concrete beam deflection design was explained for rectangular and flanged sections. The calculations were done based on the TS500 regulations. We present this design guide to your attention with the hope that it will be useful. You can find the guide as a PDF file in the attachment.
