Truss Analysis Pro

Truss Analysis Pro MCP Connector for Claude

A+

Calculate internal forces, reactions, and deflection in truss structures.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides structural engineering tools to analyze truss structures. Use analyze_truss_equilibrium to find support reactions, calculate_member_forces to determine axial tension or compression, estimate_max_deflection to predict displacement, and verify_structural_integrity to check if members meet safety requirements.

structuraltrussmechanicsengineeringphysics

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

calculate_member_forces

Determines the axial tension or compression in every individual member of the truss

estimate_max_deflection

Predicts the maximum displacement of the truss structure under the specified loading conditions

verify_structural_integrity

Checks if the calculated forces exceed the capacity of the truss members

analyze_truss_equilibrium

Calculates the external reaction forces at the supports based on the applied loads and truss geometry

See how to talk to your AI agent using Truss Analysis Pro.

Calculate the reaction forces for a Pratt truss with a 10m span and 2m height, with a 5kN load at 5m.

The vertical reaction forces are 2.5kN at the first support and 2.5kN at the second support.

What is the maximum deflection for a Warren truss, 20m span, 3m height, with a 10kN load at 10m, using steel (E=200GPa, A=500mm2)?

The maximum deflection is 0.015 meters located at the 10m mark.

Check if a member with 50kN force and 40kN capacity is safe.

The member is overloaded with a utilization of 1.25.

The server supports standard configurations including Pratt, Warren, and Howe trusses.

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