Graitec: Advance Design Tutorial
In the properties window, input the magnitude along the correct global axis (usually uniform negative value for gravity loads, such as Click on the slab or element to apply the load. Automating Code Combinations
Advance Design is more than just an FEA engine; it features fully integrated design modules that optimize your elements to specific material codes. Steel Design Optimization
Click on . Advance Design features an advanced, automated mesh engine. For optimal results, use a grid mesh size for slabs that matches the scale of your structure (typically 0.5m to 1.0m for standard buildings).
Define load cases (Dead Loads, Live Loads, Wind, Snow). graitec advance design tutorial
Run the concrete design engine to calculate required reinforcement areas ( Ascap A sub s
Every successful project begins with the correct global parameters. Setting these early prevents compliance errors down the road.
This comprehensive tutorial guides you through the fundamental workflows of Graitec Advance Design, from initial project setup to automated documentation generation. 1. Introduction to the Advance Design Interface In the properties window, input the magnitude along
Graitec Advance Design is a premier Finite Element Analysis (FEA) and structural design software solution. It is built specifically for structural engineers who need to simulate, analyze, and optimize complex concrete, steel, timber, and masonry structures. This tutorial provides a step-by-step guide to mastering the core workflow of Advance Design, helping you transition from a blank workspace to a fully optimized, code-compliant structural model. 1. Introduction to the Advance Design Interface
After computing, access the Composite Module to verify shear connectors, shear/bending resistance, and deflection 1.2.1. Reinforced Concrete Design: Run "Concrete Design" to calculate required reinforcement ( Ascap A sub s
I can provide targeted modeling instructions or troubleshooting tips for your exact engineering scenario. Share public link Advance Design features an advanced, automated mesh engine
This tutorial has laid the groundwork for using Advance Design, but mastery comes with practice. To continue your journey, use the following resources:
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:
