Graitec Advance Design Tutorial !link! Review

:

Click on the base nodes or lines of your structural elements to apply the boundary conditions. 4. Step 3: Defining Load Cases and Combinations

If you have a subscription, log into the . This area hosts all the technical documentation, validation guides, and installation files for your specific software version [16†L7-L10].

Before diving into modeling, it is essential to understand the workspace layout to navigate the software efficiently. graitec advance design tutorial

The final step of any structural project is document delivery. Generating Calculation Reports Go to the tab. Click Generate Report to open the report builder template.

Generate color-mapped iso-contours on planar slabs to locate peak tension and compression areas. Animations and Output Customization

The top ribbon is divided into functional tabs that guide your project chronology: : Click on the base nodes or lines

Go to the tab on the ribbon and click Generate Report .

: Select Linear Element , set the type to Beam , and draw them from column center to column center.

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. This area hosts all the technical documentation, validation

Select the structural elements and use the "Create Mesh" command. Advance Design automates this process.

Advance Design utilizes a CAD-like modeling environment. You can draw elements natively or import external BIM data via IFC or Revit sync. Modeling Grids and Levels

Graitec Advance Design is a premier Finite Element Analysis (FEA) and structural design software solution built specifically for structural engineers. It integrates seamlessly into Building Information Modeling (BIM) workflows, allowing users to model, analyze, and optimize concrete, steel, and timber structures according to Eurocodes, North American (ACI/AISC), and other international standards.

Generate load combinations (ULS - Ultimate Limit State, SLS - Serviceability Limit State) automatically within the software's management system. 4. Meshing and FEA Analysis

: View the displaced shape under SLS (Serviceability Limit State) combinations to verify that floor deflections do not breach code limits.