Steel Plate Girder Designer

Steel Plate Girder Designer MCP Connector for Claude

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Design welded plate girders by calculating web dimensions, flange sizes, and stability.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides structural engineering tools to design welded plate girders. It allows AI agents to calculate essential components including web and flange dimensions using calculate_girder_geometry. It also assesses structural stability via calculate_web_stability to determine if stiffeners are required, calculates necessary weld sizes with calculate_weld_requirements, and verifies safety against repetitive loading using validate_fatigue_life.

steelgirderstructuralengineeringwelding

4 tools expose this connector's capabilities to your AI agent.

calculate_weld_requirements

To determine the size of the welds connecting the web to the flanges

calculate_web_stability

To determine if the web requires stiffeners and what the spacing between them should be

calculate_girder_geometry

To determine the basic dimensions of the web and flanges based on primary loading and span requirements

validate_fatigue_life

To assess if the designed girder meets safety standards regarding repetitive loading

See how to talk to your AI agent using Steel Plate Girder Designer.

Calculate the dimensions for a 10m girder with a 20 kN/m load, a 0.02m deflection limit, and S355 steel.

The designed girder has a web height of 0.8m, web thickness of 0.012m, flange width of 0.3m, and flange thickness of 0.025m.

Check if a web with 0.8m height and 0.012m thickness under a 20 kN/m load needs stiffeners.

Yes, stiffeners are required. The recommended stiffener spacing is 0.6 meters.

What weld size is needed for a 0.3m flange and 0.012m web using S355 steel?

The required weld size is 8mm, using a fillet weld type.

You can design welded plate girders by calculating web height, flange width, stiffener spacing, and weld requirements.

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