The tutorial PDF should clearly state which code version is used for each example.

Before diving into analysis, you must properly configure your project environment. This ensures your outputs match local regulations and company standards. Step 1: Material and Code Configuration Open the . Navigate to the Preferences tab.

If you are putting together a local or personal reference binder, print this guide along with Prokon's official verification examples. This combination creates an ideal quick-reference manual for your daily structural engineering projects. To help narrow down your specific learning goals, tell me:

Evaluates structural steel sections for axial tension, compression, bending, and torsional stresses.

Input uniformly distributed loads (UDL) or point loads on the respective spans.

Sumo is Prokon’s flagship 3D Building Information Modeling (BIM) analysis tool. It allows you to model entire buildings graphically, apply loads, perform finite element analysis (FEA), and seamlessly pass the internal forces to individual design modules. Frame Analysis

Arthur hesitated. This was getting ethically murky. Bypassing safety factors was how buildings fell down. He read on.

Prokon is unique because it integrates analysis and design into modular applications. Instead of working in one massive, clunky file, you navigate through specific modules tailored to distinct structural elements.

To help you understand how to use the software, here is a foundational workflow for analyzing and designing a reinforced concrete column using Prokon's integrated modules. Step 1: Geometry and Material Input Open the (D10).

provide step-by-step procedures (often 30+ steps) for creating geometry, applying loads, and running linear analysis. Technical Specification Sheets

To help narrow down your search for the perfect reference guide, tell me: