Summary Verifying Reinforced Concrete Column Design Using N-M Interaction Diagrams N-M Interaction Diagram column design is a vital process in structural engineering, enabling precise evaluation of the capacity of reinforced concrete columns. This process utilizes the N-M Interaction Diagram, also known as the Axial-Moment Capacity Curve, which illustrates the relationship between axial force (N) and […]

Summary Analyzing Slab Members Under Seismic Forces in ProtaStructure (TBDY 2018) Seismic analysis of slab members according to TBDY 2018 is essential for structural safety in earthquake-prone regions. This document explains the steps for analyzing slab members in compliance with TBDY 2018 Section 7.11, ensuring their performance under seismic forces. By combining advanced modeling, detailed […]

Summary ProtaStructure Integration with Autodesk Revit ProtaStructure provides seamless bi-directional integration with Autodesk Revit, enabling smooth collaboration between structural and architectural models. This document explains the Revit integration process, detailing how to transfer models efficiently. By synchronizing data and improving workflows, this integration empowers engineers and architects to work together more effectively. Key Features of […]

Summary Expanded Content RC Beam Deflection Design for Rectangular and Flanged SectionsReinforced concrete (RC) beams play an essential role in supporting and distributing loads within structures. Designing these beams involves a careful balance between strength and serviceability. Deflection, or the bending displacement of a beam under load, is a critical parameter to ensure user comfort, […]

Summary Expanded Content Pad Footing Design with ProtaStructureProtaStructure offers a powerful and user-friendly solution for designing pad footings, one of the most common foundation types in structural engineering. Pad footings distribute concentrated loads from columns to the ground safely, ensuring stability and preventing excessive settlement or soil failure. With ProtaStructure, pad footing design becomes straightforward […]

Column Punching Shear Checks with ProtaStructureColumn punching shear checks are essential when designing reinforced concrete slabs and foundations. These checks ensure that slabs or footings can withstand concentrated forces without failing at the column-slab interface. ProtaStructure simplifies the process with an interactive design tool. This tool is tailored for punching shear checks and helps engineers […]

Structural engineering projects demand seamless collaboration and efficient data sharing among professionals from diverse disciplines to ensure success. With its industry-leading capabilities, ProtaStructure Suite BIM Integration revolutionizes how engineers and architects work together. The Suite allows structural models to be accurately and directly shared with leading BIM platforms such as Autodesk Revit, ArchiCAD, and AutoCAD, facilitating smoother coordination, minimizing errors, and saving valuable time. […]

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. […]