The central viewport where you build, manipulate, and visually inspect your 3D structural model. 2. Step 1: Project Setup and Configuration
For RC structures, the process is thorough. After running the finite element analysis, the program uses integrated modules to automatically compute required reinforcement areas, verify them against codes like , and generate optimized layouts.
user wants a long, comprehensive article about "Graitec Advance Design tutorial." This is a structural FEM software. I need to gather information to create a detailed tutorial-like article. The search plan includes multiple aspects: official tutorials, user guides, BIM workflows, concrete design, steel design, seismic analysis, and learning resources. I will execute these searches to collect the necessary information. search results provide a good starting point. I will now open several relevant pages to gather detailed information for the article. I will open the "Primeros pasos" page (result 1), the "Getting Started" page (result 4), the "My First Project | Graitec North America" page (result 5), the "Project With Advance Design Videos - Steel Edition" page (result 7), the "Advance Design Training Videos For Concrete Projects" page (result 8), the "What’s New in Advance Design 2025" page (result 0), the "Main Screen Description" page (result 3), the "Connect Autodesk Revit To Advance Design For A Unique BIM Workflow" page (result 1), the "Synchronization Between Revit And Advance Design" page (result 3), the "How to analyze irregular reinforced concrete cross-sections?" page (result 1), the "Project With Advance Design Videos - Concrete Edition" page (result 2), the "Basic Workflow" page (result 5), the "Advance Design America Documentation And Video Tutorials" page (result 7), the "Cross Section Reinforcement Analysis" page (result 5), the "Calculation by Phases - Case Study" page (result 1), the "Advance Design Training Videos For Steel & Concrete Projects" page (result 1), and the "Formation Advance Design Expert Bois" page (result 0). search results provide a good amount of information. I will also search for "Graitec Advance Design tutorial pdf" and "Advance Design 2025 training" to find more structured learning materials. search results for training materials were not specific to Advance Design. I will now start writing the article, structuring it as a comprehensive tutorial. The article will include an introduction, getting started, core modeling workflow, advanced topics, interoperability, and a conclusion. I will cite the relevant sources. article serves as a comprehensive tutorial for , a leading structural analysis and design software based on the Finite Element Method (FEM). Suitable for civil engineering professionals, this guide will walk you through the essential steps—from creating a new project and navigating the interface to modeling, design, and BIM collaboration.
Advance Design allows you to design steel connections and reinforced concrete members within the main program or using specialized, built-in modules. Steel Connection Design graitec advance design tutorial
The Advance Design interface is designed for intuitive CAD-like behavior:
The journey begins by launching Advance Design from the Windows Start menu ( Programs > Graitec > Advance Design > Advance Design ), which opens a designed for easy project management and resource access.
: Set height to 4m using the Linear Element tool. Draw Rafters : Connect column tops with a 5-degree pitch. The central viewport where you build, manipulate, and
The results display a percentage. If a member shows a ratio above 100%, it has failed code compliance.
Seamless bi-directional sync with Autodesk Revit and Advance Steel.
: Organised sequentially from left to right ( Home, Model, Analysis, Results, Design ), matching your actual engineering workflow. After running the finite element analysis, the program
Advance Design automates a large portion of the loading process, particularly for environmental actions like wind and seismic forces. Creating Load Cases
| Step | Time | Action | | :--- | :--- | :--- | | 1 | 2 min | Create 5x5 grid @ 5m spacing. | | 2 | 3 min | Define C30/37 concrete. Draw columns. | | 3 | 5 min | Draw primary beams (Span-to-depth ratio = ~15). | | 4 | 3 min | Generate slabs (Linear elastic analysis required). | | 5 | 2 min | Apply Dead + Live (3 kN/m² + 1.5 kN/m² partition). | | 6 | 5 min | Generate Wind using Wizard (Velocity pressure = 1.0 kN/m²). | | 7 | 3 min | Generate automatic combinations (6 ULS + 3 SLS). | | 8 | 4 min | Mesh (Fine setting) + Calculate (Direct Solver). | | 9 | 3 min | Check Max deflection. Check Max moment. | | 10 | 2 min | Export summary report (PDF) with diagrams. |
For refined accuracy, select critical planar elements (like column-slab connections) and adjust the local mesh size to be tighter than the global mesh.