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Summary After completing the building analysis, ProtaStructure checks global and local ductility conditions in compliance with NSR-10 Title C 21.6. These checks are essential for ensuring structural integrity and seismic performance. The software evaluates ductility through systematic calculations, including the strong column-weak beam ratio, to ensure structures can resist earthquake forces. This document explains the strong column-weak beam checks performed by […]

Summary Welcome to a comprehensive guide on seismic joint design using ProtaStructure Suite, the innovative software developed by Prota Software Inc. This blog will delve into the calculation details of seismic joint conditions based on European Standard EC8 Clause 4.4.2.7. Whether you are an engineer, architect, or construction professional, this guide equips you with the essential knowledge needed to ensure structural […]

Summary Supporting Structural Safety with Indonesia Seismic Code SNI 1726:2019 Designing safe structures is a fundamental responsibility in creating resilient and sustainable environments. With this in mind, ProtaStructure Suite continually enriches its extensive library of Indonesia Seismic Code SNI 1726:2019 and design codes, empowering engineers to deliver safer buildings worldwide. As an all-in-one structural engineering software, ProtaStructure […]

Summary Ensuring Safety with RC Slab Deflection Checks Structural engineers play a vital role in ensuring that buildings are safe, durable, and able to withstand various loads throughout their lifetime. A critical aspect of this responsibility is conducting deflection checks for reinforced concrete (RC) slabs, ensuring that they perform within acceptable limits under different load conditions. […]

Summary Streamlining Composite Beam and Slab Design with ProtaStructure  Composite Beam and Slab Design with ProtaStructure provides cutting-edge tools to accelerate the design process of composite beams and slabs, making it an invaluable resource for structural engineers. From modeling to analysis, the suite offers an all-in-one solution that simplifies complex processes while ensuring compliance with design […]

Summary Advancing Slab and Foundation Design with ProtaStructure Designing safe and efficient structural systems requires advanced tools and methods to optimize material use and ensure compliance with standards. ProtaStructure Suite provides a comprehensive range of features for designing beam-slabs, flat slabs, rib/waffle slabs, and raft foundation systems. These tools empower engineers to deliver economical and practical solutions […]

Summary Designing RC Beams with ProtaStructure: A Comprehensive Approach RC Beam Design with ACI 318 the design of reinforced concrete (RC) beams is a critical step in ensuring the safety and reliability of any structure. This process requires strict adherence to design codes and precise determination of both the quantity and placement of rebars. With ProtaStructure, engineers […]

Summary RC Beam Design with ProtaStructure: A Guide to BS8110 The design of reinforced concrete (RC) beams is one of the most crucial steps in ensuring the safety and stability of a structure. Accurately determining the amount and pattern of rebars while following established codes is essential for achieving a safe, economical, and practical design. […]

Summary RC Beam Design with ProtaStructure the design of reinforced concrete (RC) beams is a critical step in ensuring the safety and durability of structures. Following building codes like CP65 is essential to ensure that beams can withstand bending, shear, and torsional stresses. Engineers must accurately determine the quantity and pattern of reinforcement bars (rebars) to […]

Summary RC Beam Design with ProtaStructure Using EC2 RC Beam Design with ProtaStructure the design of reinforced concrete (RC) beams is a fundamental step in ensuring the safety, stability, and compliance of structures. Following building codes like Eurocode 2 (EC2) is essential to guarantee that beams can withstand various stresses, including bending, shear, and torsion. Engineers […]