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Product Overview

Autodesk Robot Structural Analysis Professional is a comprehensive finite element analysis software for structural engineers to model, analyze, and design buildings, bridges, industrial facilities, and specialty structures. It combines powerful finite element auto-meshing with advanced analysis capabilities including linear and nonlinear structural behavior, dynamic modal analysis, seismic response simulation, and automated code-based design verification across 70+ international building standards.

Robot Structural Analysis is used by structural engineers designing complex reinforced concrete and steel framed buildings, bridge engineers analyzing suspension and composite structures, industrial facility designers modeling heavy equipment loads and foundations, BIM coordinators validating multi-discipline structural models, and civil engineers designing infrastructure including factories, warehouses, and specialty structures. The software integrates seamlessly with Autodesk Revit for coordinated BIM workflows and Advance Steel for detailed connection design and fabrication documentation.

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Autodesk Robot Structural Analysis Key Features

• Advanced Finite Element Auto-Meshing: Generate automatic finite element mesh with parametric control options for beams, panels, 3D solids, and composite structures to prepare accurate computational models for analysis without manual mesh refinement.
• Linear and Nonlinear Structural Analysis: Calculate stress, displacement, and internal forces under linear elastic conditions and perform true nonlinear analysis with material yielding and contact detection for complex material behavior.
• Wind Simulation and Load Generation: Simulate airflow around structures using computational fluid dynamics to generate wind pressure maps and automatic wind loads, replacing manual load calculations for complex geometries.
• Modal and Dynamic Analysis: Calculate natural frequencies and mode shapes, perform response spectrum analysis for seismic design, and conduct time-history analysis to evaluate structure response under transient loading conditions.
• Seismic Design with Pushover Analysis: Evaluate structure performance under earthquake loading with modal analysis, spectral methods, and pushover simulation to identify failure mechanisms and verify code-based seismic design requirements.
• Steel Member Design Code Verification: Design and verify steel beams, columns, and connections against ACI, AISC, Eurocode, CSA, and regional codes with automatic section optimization and detailed capacity reports.
• Reinforced Concrete Design and Rebar Optimization: Design concrete members including beams, columns, foundations, and slabs with automatic rebar placement, bending schedules, and fabrication detailing per ACI, Eurocode, and international standards.
• 70+ International Design Codes: Access comprehensive design code libraries including US AISC and ACI standards, European Eurocodes, Canadian CSA, Australian AS standards, and country-specific annexes for global structural compliance.
• Revit BIM Integration with Bidirectional Data Exchange: Import structural models from Revit with automatic dead load calculation, export analysis results and design recommendations back to Revit, and maintain synchronized updates between software platforms.
• Load Case and Combination Management: Define gravity loads, environmental loads including wind and snow, dynamic loads, and automatically generate code-based load combinations with automatic critical case identification for design verification.
• Results Visualization and Reporting: Display stress contours, displacement diagrams, and force distributions with customizable color mapping, generate comprehensive design verification reports, and export results to Excel for further analysis.
• Composite Beam and Advanced Material Modeling: Model composite steel-concrete structures with bond characteristics, define custom material properties, and analyze structures with masonry, composite, and specialty materials for specialized applications.

Autodesk Robot Structural Analysis Applications