BridgeWise

Automatically performs finite element analysis (FEA) on bridge designs to calculate stress distribution, load paths, and structural behavior under various conditions. Eliminates manual mesh generation and solver configuration for standard bridge typologies.

Analyzes structural requirements and recommends optimal material types, cross-sections, and quantities to meet design constraints while minimizing cost and weight. Uses AI to evaluate trade-offs between performance, economy, and sustainability.

Seamlessly imports and exports bridge designs between BridgeWise and industry-standard CAD software (AutoCAD, Revit, etc.), maintaining model integrity and enabling bidirectional workflow without manual re-modeling.

Automatically generates regulatory compliance documentation, design reports, and certification materials based on project parameters and applicable building codes. Reduces manual documentation burden and ensures consistency with standards.

Provides pre-configured design templates for common bridge types (beam bridges, arch bridges, suspension bridges, etc.) that serve as starting points for new projects. Accelerates initial design phase by leveraging proven structural solutions.

Automatically generates and evaluates multiple load case scenarios (dead load, live load, wind, seismic, temperature, etc.) based on project location and design standards. Provides comprehensive structural behavior assessment across all critical conditions.

Streamlines the design refinement process by automating recalculation of structural performance when design parameters change. Enables rapid exploration of design alternatives without waiting for manual re-analysis.

Validates bridge designs against applicable regional and national building codes, identifying compliance gaps and suggesting corrections. Maintains updated code databases for multiple jurisdictions.

Generates preliminary cost estimates based on design specifications, material selections, and regional labor/material pricing data. Provides budget forecasting to support project planning and value engineering decisions.

Generates interactive 3D visualizations and technical diagrams showing stress distribution, deflection patterns, and structural behavior. Enables stakeholders to understand complex analysis results intuitively.