Advance Design Tutorial 2021 — Graitec
Graitec Advance Design is a premier Finite Element Analysis (Element Method) software built for structural engineers. It streamlines modeling, automates loading generation, and accelerates code-based optimization for steel, concrete, and timber structures.
: Run the FEA solver to determine displacements, forces (Moment, Shear, Axial), and stresses. 5. Material-Specific Design
: Map normal and shear stresses across your planar elements using smooth iso-contours. Utilizing Advanced Design Engines
Advanced and exporting schedules to Revit. Share public link
: Use the status bar and graphic area to visualize results and generate detailed technical reports for verification. graitec advance design tutorial
Switch to the tab. Click on Mesh Options to define your global element size. For typical commercial buildings, a mesh size between 0.5m and 1.0m balances accuracy with computing speed. Click Mesh to visually subdivide your slabs and walls into quad or triangle finite elements. Execute the Solver
With the interface mastered, you can dive into the mode, where your project takes shape. This involves defining materials, sections, and element geometry using a combination of CAD tools and dialog boxes. The key step is applying various loads (point, linear, planar, or climatic) to the model.
Before running a lengthy calculation, use the Verify command to scan your model for duplicate nodes, overlapping elements, or unassigned materials.
After defining the model, loads, and boundary conditions, you can perform the analysis and design. Graiter Advance Design offers various analysis options, including: Graitec Advance Design is a premier Finite Element
: Use this tool for slabs, shear walls, and foundations. Define the thickness and modeling type (Shell, Membrane, or Plate).
To start using Graiter Advance Design, follow these steps:
In the Project Settings dialog, enter essential data like project name, reference number, and progress stage to ensure all generated reports are correctly documented. 2. Modeling the Structure
Once the geometry is set, you must apply the physical forces: Share public link : Use the status bar
software used by structural engineers to model, analyze, and design steel, concrete, and timber structures. Generating a technical report is the final critical step in the design workflow, providing the documented proof of structural safety and code compliance. 🏗️ Phase 1: Project Setup & Modeling
Right-click any graphical view in your workspace and select to dynamically link interactive 3D diagrams directly into your report. Export the final document to PDF or Microsoft Word formats.
GRAITEC Advance Design is a leading BIM-integrated software for structural analysis and design. It offers a complete environment for the static and dynamic analysis of 2D and 3D structures using the finite element method. It provides advanced design capabilities for steel, reinforced concrete, and timber structures.