Composite Beam Section Design Module in Prokon
This overview explains the Composite Beam Section Design Module, highlighting: Code of Practice Support The module currently supports: Fundamental Input Parameters The module provides a dimensional sketch reference to guide correct input of deck dimensions. The effective width is calculated according to Eurocode provisions for composite action. The module will then automatically calculate the area […]
Importing DWG / DXF into Prokon Padds
This guide explains how to correctly prepare and import AutoCAD drawings (DWG/DXF) into PROKON Padds for reinforcement detailing and for creating 2D drawings. Prepare the DWG/DXF File (Very Important) Before importing, clean the drawing in AutoCAD: Clean files import faster and avoid scaling issues. Import the DWG/DXF File Import Prompts Explained Pen Width setting Fit […]
Real Time Steel Member Design in Prokon SUMO
In this video, I show how to use Combine Design Groups to design steel members directly inside Prokon SUMO. This workflow allows you to check your steel sections and update them within SUMO, without needing to export to the separate Combine Design Link module. Was this helpful? Submit Cancel Thanks for your feedback!
Rebar Commands in Prokon PADDS
Overview PROKON PADDS provides a comprehensive set of reinforcement detailing tools for producing reinforced concrete drawings and bending schedules. These tools allow reinforcement to be drawn to scale, fully described, and automatically scheduled in accordance with relevant detailing standards. As reinforcement bars are created, modified, or labelled, PADDS dynamically updates the bending schedule to reflect […]
Modelling a Power Transmission Pylon in Prokon SUMO
Power transmission pylons are critical structures in the energy sector, supporting overhead power lines and ensuring safe and efficient electricity transmission over long distances.Designing and analysing these tall, slender steel frameworks requires both accuracy and flexibility — this is where Prokon SUMO becomes a powerful tool. SUMO provides a 3D finite element modelling environment where […]
Enhanced Spring Modeling Workflow in Prokon SUMO
Prokon SUMO has introduced a powerful workflow for modeling non-support springs, giving engineers greater control over connection behavior. This new functionality allows you to define springs with asymmetrical stiffness, meaning you can assign different stiffness values for positive and negative actions along the same axis (e.g., upward vs. downward bending). This feature is enabled through […]
5 New Helpful Functions in Prokon SUMO
Introduction “New” is always a relative term in software development. While some features may have been available for several months—or even longer—they still qualify as new when viewed against the broader history of a program. In the case of Prokon SUMO, a few recently introduced tools have quietly but significantly enhanced the user experience. The […]
Specifying Effective Length Factors in Prokon SUMO
Overview of Analysis Capabilities Prokon SUMO supports a comprehensive range of both static and dynamic analysis types, making it a versatile tool for structural engineers. The static analysis options include: The dynamic analysis options extend SUMO’s capability further and include: For most of these analysis types, users can customize their parameters and settings within the […]
How to Model Wind Loads on a Billboard using SUMO
Prokon’s SUMO module offers exceptional versatility, making it possible to model a wide range of structures, from residential buildings to complex industrial facilities. In this video, we demonstrate best practices for modelling a billboard structure and walk through the process of applying wind loading effectively. This content is particularly relevant for structural engineers and anyone […]
Billboard Concrete Foundation Design using SUMO
Prokon’s SUMO module is more than just an analysis tool — it also features a range of built-in Design Links that allow for the direct design of specific components within your model. These Design Links significantly streamline the workflow, saving both time and effort. In this video, we focus on the Base Design Link, showing […]
From Wind Loads to Baseplate Design using SUMO
Prokon’s SUMO module is more than just an analysis tool — it also features a range of built-in Design Links that allow for the direct design of specific components within your model. These Design Links significantly streamline the workflow, saving both time and effort. In this video, we focus on the Baseplate Design Link, showing […]
Simulating Slab on Elastic Foundation with FEA Solids
Introduction Prokon continues to enhance SUMO‘s functionality, steadily turning it into a more powerful analysis platform. A notable recent feature is the ability to convert Plane Shells into Solid Meshes. I often use this capability when dealing with slab-to-column or slab-to-beam interactions. This raised a question: what if a slab on elastic foundation is simulated […]