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 […]
How SUMO Automatically Calculates Spring Stiffness
Introduction If you have ever tried to simulate an elastic foundation (soil) in a program like Frame, you know how repetitive the process can be. You must create coincident nodes, track node numbers, define springs, and assign stiffness values. The approach is accurate but also time-consuming. At the same time, it helps reveal the mechanics […]
Comparing FEA & Moment Coefficient Method for Slab Design
Introduction Finite Element Analysis (FEA) has become a cornerstone of modern engineering practice. Its widespread adoption has transformed the design workflows across numerous disciplines—from automotive to aerospace and especially in structural engineering. In fact, it’s nearly impossible to imagine contemporary engineering without it. The primary reason for its popularity lies in its ability to simulate […]
Overview of Prokon PADDS (Parametric Drawing and Detailing System)
Prokon PADDS is a 2D windowed CAD environment providing tools for rapid drawing and detailing reinforced concrete with a minimum of effort. It is specifically tailored for structural engineers and detailers working with reinforced concrete structures, enabling efficient creation of drawings and bending schedules that comply with local and international standards. What Does PADDS Do? […]
Continuous Beam Design Output Using the Calcsheet
The Calcsheet in the Continuous Beam Design module allows you to compile input data, analysis results, and reinforcement design outputs into a clear and printable format. This Calcsheet can be printed directly or exported to Prokon CalcPad for further integration into project reports. How to Collect Information in the Calcsheet There are two primary methods […]
Lateral Torsional Buckling vs Torsion
One of the most challenging aspects of structural design, in my opinion, is ensuring that all relevant checks are accounted for. How many checks are necessary to confirm that a structural member can safely resist the imposed loads? The type of loads and their resulting effects often guide this process. For example, a member subjected […]
Understanding Torsion – Part 01
To kick of this series, please read our blog: Difference Between Lateral Torsional Buckling & Torsion. Torsion has proven to be more complex than many initially assume. Not only does it manifest in distinct forms—St. Venant torsion and Warping torsion—but it also introduces various load effects, including axial, shear, and bending stresses. Adding to this […]
IDEA StatiCa as a Design Link for Prokon SUMO
Today, we’re exploring IDEA StatiCa as a Design Link for Prokon SUMO — a powerful design link that significantly enhances structural workflows for pro-consumer users. My name is Jacobus Oberholster, and I’m a technical consultant for AEC and Prokon at Micrographics. If you have any questions after reading this or would like a personalized demo, […]
Detailing Staircases in Prokon PADDS
PADDS is a 2D windowed CAD environment designed for rapid drawing and detailing of reinforced concrete. The Staircase Detailing Wizard streamlines the process of creating detailed reinforcement drawings for staircases, enabling quick and accurate generation of reinforcement layouts and bending schedules tailored to design requirements. Step-by-Step Guide to Staircase Detailing in PADDS Advantages of Using […]
Comparison of Crane Beam and Girder Plate Design Modules in Prokon
Both modules cater to distinct structural needs, with Crane Beam focusing on dynamic loads and Girder Plate handling long-span static loads. Crane Beam Design Module Purpose: Key Features: Application: Girder Plate Design Module Purpose: Key Features: Application: Key Differences at a Glance Feature Crane Beam Design Module Girder Plate Design Module Primary Function Supports moving […]