concrete-properties-mcp

concrete-properties-mcp

3.3

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A Model Context Protocol Server for Reinforced Concrete Section Analysis

The Concrete-Properties-MCP Server provides a unified API interface for interacting with the Concrete Properties Python library. It enables AI-driven calculation of section properties and capacities of reinforced concrete sections through a consistent interface. This server is designed to facilitate the analysis of reinforced concrete sections by providing tools to calculate geometric properties, material properties, and interaction diagrams. It supports various concrete grades and steel types, making it versatile for different engineering applications. The server is equipped with a set of API functions that allow users to compute section properties, bending capacities, and interaction diagrams, ensuring a comprehensive analysis of reinforced concrete sections.

Features

  • Section Properties: Calculate geometric properties (area, centroid, moment of inertia, etc.) and compute transformed section properties.
  • Reinforced Concrete Analysis: Calculate axial, bending, and combined capacities and determine interaction diagrams.
  • Material Properties: Define concrete and reinforcement material properties with support for multiple concrete grades and steel types.

Tools

  1. rectangular_concrete_area_properties

    Calculate the geometric properties of rectangular concrete sections

  2. arbitrary_concrete_area_properties

    Calculate the geometric properties of any concrete section

  3. rectangular_concrete_bending_capacity

    Calculate the bending load bearing capacity of rectangular concrete sections under a given axial load

  4. rect_concrete_axial_moment_x_points

    Bending moment (about the X-axis) interaction map point

  5. rect_concrete_axial_moment_y_points

    Bending moment (about the Y axis) interaction map point

  6. rect_concrete_axial_moment_x_image

    Bending moment (about the X-axis) interaction diagram

  7. rect_concrete_axial_moment_y_image

    Bending moment (about the Y axis) interaction diagram