Graitec Advance Design Tutorial Page

Advance Design utilizes a "System" hierarchy. Organizing your model into systems (by level or material type) keeps your workspace clean and simplifies loading and viewing results later. Modeling Linear Elements (Columns and Beams) Navigate to the tab. Select the Linear Element tool.

: Perform buckling and lateral-torsional buckling checks; use "Design Groups" to optimize sections. RC Design : Calculate required reinforcement areas ( Ascap A sub s ) for slabs and beams.

Click in the drawing area to place the nodes, utilizing the grid or coordinate inputs. Drawing Planar Elements (Slabs and Walls) Select from the Structure tab.

: Import .DXF or Revit models using the BIM Connect tool.

: Always inspect the FEM mesh density before finalizing results. graitec advance design tutorial

Comprehensive Guide to Graitec Advance Design: A Step-by-Step Tutorial for Structural Engineers

Repeat the process to create a family and a Wind Load family. Applying Loads

Add a family. The software automatically applies the self-weight of all modeled elements to this case. Add a Live Load (Q) family for occupational loads.

In the Project Browser, right-click on "Structure" and create a system hierarchy (e.g., Foundations, Ground Floor, Roof). Organizing your model into systems makes it easier to isolate, view, and edit specific parts of the structure later. 4. Step 2: Geometry Creation and Modeling Advance Design utilizes a "System" hierarchy

For steel elements, the software calculates buckling lengths and lateral-torsional buckling coefficients. Run the Steel Design engine to check utilization ratios. If a profile fails (utilization ), or if it is over-designed (utilization

Choose between (for column bases), Linear (for wall bases), or Planar (for soil-structure interaction mat foundations).

Click on the structural elements or map coordinates to place the loads. Generating Combinations Go to the ribbon and click Combinations .

Advance Design utilizes automated grid optimization, but you can apply a local mesh refinement on critical slabs or high-stress intersections by selecting the element and adjusting its local mesh properties. Running the Analysis Navigate to the tab. Click Analyze . Select the Linear Element tool

Click . The software will compile the stiffness matrix and solve for displacements, internal forces, and stresses. 5. Interpreting Results and Post-Processing

The most direct and reliable source of information is the official documentation. The "AD-Tutorial-EC-EN.pdf" is a document containing step-by-step instructions for creating, calculating, and optimizing a full structure [12†L4-L8]. This guide covers everything from project configuration to generating the final report. You can find these PDFs on the GRAITEC documentation portal [3†L4-L6][16†L7-L10].

Ultimate Graitec Advance Design Tutorial: From Setup to FEA Results

Define your geographical location to automatically load correct Eurocodes (or regional standards). Setting Up Design Codes