In the Properties window, choose the type: Beam , Column , or Bar . Select the material (e.g., Concrete C25/30 or Steel S355).
Go to Analysis > Mesh Settings . For general structures, an element mesh size of 0.5m to 1.0m for slabs and walls provides a good balance between accuracy and computational speed. Click Mesh to visually inspect the finite element grid.
Select from pre-configured templates (e.g., "Standard Physical Properties" or "Full FEA Evaluation").
: Run a linear static analysis and check a steel beam. graitec advance design tutorial
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
Apply fixed, hinged, or elastic supports to column bases. 5. Meshing and FEM Analysis
After modeling the geometry, you must define the physical behavior of the structure. In the Properties window, choose the type: Beam
Before solving, the physical model must be converted into a mathematical finite element mesh.
Click "Compute" (FEM Analysis). Select linear static analysis or more advanced methods (e.g., buckling, modal). Verify Results: Visualize FEM results: Deflections: Check global deformation. Internal Forces: Review moments ( ), shear forces ( Fzcap F sub z ), and axial forces ( Fxcap F sub x Pile Reactions: Check pile loads 1.2.1. 6. Design and Optimization Advance Design includes specialized modules for design. Steel Design:
Graiter Advance Design is a powerful software solution for structural analysis and design of steel and concrete structures. Developed by Graitec, a leading company in the field of structural engineering, this software is widely used by engineers and architects to design and analyze complex structures. In this tutorial, we will provide a comprehensive guide on how to use Graiter Advance Design, covering its key features, tools, and techniques. For general structures, an element mesh size of 0
: Use the status bar and graphic area to visualize results and generate detailed technical reports for verification.
: Access this space to perform detailed reinforcement calculations for concrete, sizing for steel members, and checks for timber.
Set design parameters (buckling length, lateral-torsional buckling). Run "Steel Design" to calculate demand/capacity ratios.
If you are looking for specific tutorials, you can find them in the Graitec Advance Design America Documentation . Next Steps to Master Advance Design and detailing? Seismic Analysis and design procedures?