Generate color-mapped iso-contours on planar slabs to locate peak tension and compression areas. Animations and Output Customization
GRAITEC regularly hosts live and recorded webinars on LinkedIn for Advanced Structural Analysis. For instance, a recent webinar covered the "Advanced structural analysis and design of an RC building with a steel roof" [19†L3-L4]. These sessions are led by industry experts and provide a deep dive into complex subjects.
Go to the tab on the ribbon and select Linear Element .
If you need a (e.g., “2-story steel frame with bracing”), I can provide the step-by-step input data (dimensions, sections, loads) to recreate it. Just tell me which Eurocode and which material you want to focus on.
user wants a long article for the keyword "graitec advance design tutorial". This likely refers to a tutorial for Advance Design, a structural analysis software by Graitec. The article should be detailed and target people learning the software. I need to provide a comprehensive guide. I'll search for information about Advance Design, its features, tutorial resources, learning paths, and best practices. I'll follow the search plan provided in the hint. search results for "Graitec Advance Design BIM structural analysis software features 2025" show several relevant pages: result 1 is "What's New In Advance Design 2026.1", result 2 is about Advance Design 2025, result 3 is a webinar, result 6 is a product page. The search for "Advance Design tutorial step by step structural modeling" shows results 0, 1, 4, 5, and 8 which seem relevant. The search for "Advance Design reinforcement design concrete steel tutorial" shows results 6, 7, and 8 which might be relevant. The search for "Advance Design documentation user manual PDF" shows result 0 which is a documentation download page. The search for "Advance Design learning resources online training" seems to have returned irrelevant results. The search for "Graitec Advance Design 2025 tutorial series" shows results 0, 4, and 7 which might be relevant. I will open some of these pages to gather more detailed information. search results provide a good amount of information. I have found several tutorial resources, documentation, and feature lists. Now I need to write a long article. The article should be comprehensive, covering what Advance Design is, its key features, a step-by-step tutorial, learning resources, best practices, and a conclusion. I will structure it accordingly. I'll incorporate information from the various sources I've opened. article serves as your complete, step-by-step guide to mastering . Whether you're a structural engineer learning a new BIM tool or a firm looking to streamline your team's workflow, this tutorial will help you understand the software's ecosystem, its core functionalities, and how to access the best training resources. graitec advance design tutorial
:
Click . Select the analysis type (Linear static, Non-linear, Modal, or Seismic) and let the FEA solver run. 7. Step 5: Post-Processing and Results Evaluation
: Essential for seismic design to find the natural frequencies of your structure.
The tutorial series, particularly the "My First Project" sequence, is a highly effective, structured onboarding path for structural engineers transitioning into BIM-integrated FEM analysis. These tutorials excel by breaking down complex structural simulation into a logical 12-step workflow that spans from initial modeling to final documentation. Key Strengths Generate color-mapped iso-contours on planar slabs to locate
[Project Browser] └── [Loading Cases] ├── Dead Load (G) ──> Automatic Self-Weight ├── Live Load (Q) ──> User-Defined Area Loads └── Climatic Loads ──> Automated Wind/Snow Generators Establish Load Cases
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].
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:
Once comfortable with the basics, you can unlock productivity through more advanced capabilities. Mastering these tools will distinguish you as an expert user. These sessions are led by industry experts and
: Generate color-coded maps of stresses or deflected shapes.
Each new version of Advance Design comes with a "What's New" document. For example, the lists major changes like surface element stiffness modifiers, PV panel generators, bidirectional conversion of load areas, and updated Q4 finite elements [6†L4-L11]. Studying this document helps you stay up-to-date with the latest workflow improvements.
What are you using? (Reinforced concrete, structural steel, or timber?)
Use the 1D modeling tools to draw linear elements.
Set design parameters (buckling length, lateral-torsional buckling). Run "Steel Design" to calculate demand/capacity ratios.
Choose the element category ( or Planar ), the specific load combination, and the variable (e.g., My for bending moments, Fz for axial forces, or D for global deflections).