Autodesk Robot Structural Analysis Professional is an advanced structural simulation and code-compliance verification software package. Widely used by structural engineers, it models large, complex building scales and industrial engineering structures, calculating structural behavior under various physical force loads.

Key Features

The engine is primarily known for handling massive structural grids, high-order finite element calculations, and immediate integration into modern Building Information Modeling (BIM) ecospheres.

1. Advanced Structural Analysis Engines

• Comprehensive Simulation Typologies: Run a vast matrix of structural behaviors including static linear calculations, non-linear physical interactions, structural buckling limits, and modal/dynamic response.

• High-Speed Multithreaded Solvers: Built with a localized parallel solver, enabling the software to process non-linear calculation iterations and complex $P$-$\Delta$ (second-order geometric effects) structural shifts across multiple physical CPU cores rapidly.

• Wind Load Simulation: Integrates a virtual wind tunnel engine to test building geometries against fluid dynamic wind pressures, automatically converting aerodynamic forces into analytical structural loads before costly structural layout designs are locked in.

2. High-Quality Automatic Meshing

• Finite Element Auto-Meshing: Features powerful, automated discrete panel meshing for slabs, structural shear walls, and shell elements.

• Localized Mesh Refinement: Allows engineers to manually split elements or implement adaptive meshing parameters around high-stress node concentrations (such as openings or critical pillar-slab intersections).

3. Deep BIM Workflow & Revit Interoperability

• Bi-Directional Revit Data Exchange: Seamlessly syncs analytical models back and forth with Autodesk Revit. It cleanly transfers non-hosted area loads, localized analytical openings, member definitions, and unique element ID parameters across platforms.

• Automated Modeling via Dynamo: Automates the creation of complex or highly repetitive, complex parametric structural frames through scripting before running the core load validations.

4. Global Code Compliance & Member Verification

• Country-Specific Standards: Features native integration of global material shapes and architectural design codes across metric or imperial formats.

• Updated International Support: Includes modern regulatory implementations like the updated European frameworks (Eurocode 3 / EN 1993 and load combinations via EN 1990:2023), NBC 2020 (Canada seismic loading), IS:800 and IS 1893 (India steel & seismic), and AS 4100 (Australia steel amendments).

System Requirements

Because Robot Structural Analysis relies heavily on structural matrix solvers running directly on your desktop machine, local hardware architecture dictates calculation processing time.

1. Operating System

• Supported: 64-bit Microsoft Windows 11 and Windows 10.

• (32-bit platforms and native macOS are not supported).

2. Hardware Specifications

No Return/.Refund