Graitec Advance Design Tutorial !!exclusive!! Jun 2026

For more specialized work, use the specialized raft foundation module to check soil-structure interaction. 6. Generating Reports

In the calculation dialog box, check the boxes for and FE Calculation .

Structures require rigid boundary conditions to prevent rigid-body rotation during calculation. Navigate to the panel. Choose Rigid , Elastic , or TLA (Tension/Compression only) .

Located on the left side by default, this tree-structured panel manages your project components. It allows you to switch between Model mode (creating geometry and loads), Analysis mode (running calculations and viewing mesh), and Design mode (reinforcement and steel check configurations).

Graitec Advance Design is a leading Finite Element Method (FEM) software solution tailored for structural engineers, offering a comprehensive environment for modeling, analyzing, and designing concrete, steel, and timber structures. With intuitive CAD-like modeling tools, robust FEM solvers, and compliance with Eurocodes and North American standards, it streamlines the engineering workflow. graitec advance design tutorial

Define materials (e.g., C25/30 concrete or steel grades) and cross-sections for beams, columns, and slabs. CAD Tools: Use commands like to build the geometry. ⚡ Phase 2: Analysis & Optimization A report is only as good as the underlying data. Advance Design Tutorial - Graitec

The Advance Design interface is designed for intuitive CAD-like behavior:

This is a crucial step. Choose your country-specific localization. This action pre-configures your Localization Codes (e.g., Eurocodes with specific National Annexes or AISC/ACI codes) and default material libraries.

After a successful calculation, the interface automatically switches to the tab, and the Results toolbar appears. For more specialized work, use the specialized raft

Structural stability requires proper constraints. Select the base nodes of your ground-floor columns. Go to the model ribbon, click , and choose Fixed or Hinged based on your foundation design. 3. Applying Loads and Generating Combinations

: Save your load combinations as templates for future projects.

Run the module. Advance Design calculates the theoretical required reinforcement areas ( Aszcap A sub s z end-sub Asycap A sub s y end-sub ) for columns, beams, and slabs.

Apply point loads, linear loads, and surface pressures (e.g., area loads on slabs). 4. Meshing and FE Analysis (Lesson 9) Meshing is the core of the FEM process. Located on the left side by default, this

that calculates wind and snow loads based on international codes like Eurocode and ASCE 7-22. This is a massive time-saver compared to manual input. Integrated Multi-Material Design : Unlike some specialized tools, Advance Design handles concrete, steel, timber, and masonry

Navigating the workspace efficiently is the first step toward master level proficiency. Advance Design utilizes an intuitive, ribbon-based interface organized by project phases. Understanding the Workspace

Open the integrated to automatically convert theoretical areas into actual 3D rebar layouts, complete with spacing and hook details. Steel Optimization

Located on the right side. Selecting any element (a beam, a load, or a support) instantly displays its geometric properties, material assignments, and boundary conditions here.