Graitec Advance Design Tutorial

Graitec Advance Design is a powerful Finite Element Method (FEM) software specifically tailored for structural engineers who need a professional solution for simulating and optimizing reinforced concrete, steel, timber, and masonry structures.

Step 5: Creating Slabs

Did this tutorial help you solve a specific modeling issue? Ensure your software version is up to date (2024 or 2025), as Graitec frequently updates the meshing algorithm and Eurocode NAD (National Annexes). graitec advance design tutorial

• Use the built-in tutorials: Graitec provides various tutorials to help you get started with the software.
• Use the software's help documentation: The software's help documentation provides detailed information on its features and tools.
• Practice, practice, practice: The best way to learn Graiter Advance Design is to practice using it.

By mastering Graitec Advance Design, you'll be able to tackle complex structural analysis and design projects with confidence. Happy designing! Graitec Advance Design is a powerful Finite Element

Before generating a report, the structural model must be correctly defined. Workspace Configuration: Use the built-in tutorials : Graitec provides various

Graitec Learning Portal

| Source | Content | |--------|---------| | (official) | Video courses + downloadable datasets (search: “Advance Design – Step by Step”) | | YouTube – Graitec channel | Playlist: “Advance Design Tutorials – EN” (modeling, loads, design, reports) | | Software Help Menu (F1) | Built-in tutorials: Help → Tutorials → 5 concrete examples | | Graitec User Forum | Community solutions + example files (.eda) | | Books (rare) | “Advance Design – Guide Pratique” (French/English) from CSTB/EYROLLES |

• Create a new project; set units, material libraries, and code (Eurocode, AISC, etc.).
• Configure mesh settings and analysis parameters.

• Tutorial 1: Interface & grid creation
• Tutorial 2: Material & section assignments
• Tutorial 3: Load application (wind, snow, live)
• Tutorial 4: Load combinations (automatic & manual)
• Tutorial 5: Result interpretation & deflection checks
  This mirrors real engineering tasks.