MCP For Claude Marketplace
Mine Ventilation Network Solver

Mine Ventilation Network Solver MCP Connector for Claude

A+

Simulate airflows, pressures, and fan operating points in underground mine ventilation networks.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides a professional-grade simulation engine for underground mine ventilation. It uses the Hardy Cross method to calculate steady-state airflows and pressures across complex network topologies. Users can determine specific fan operating points, calculate airway resistance based on physical dimensions, and validate network integrity. The solver accounts for natural ventilation pressure (NVP) to ensure accurate hydraulic balancing of the entire circuit.

ventilationminingfluid-dynamicshardy-crosssimulation

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

get_airway_resistance_profile

Calculates the resistance of specific airways based on physical dimensions

calculate_fan_operating_points

Determines the specific state (pressure and quantity) at which a fan will operate given a specific network resistance

solve_network_flow

Performs the core iterative calculation to find the steady-state airflows and pressures across the entire mine network

validate_network_topology

Checks the integrity of the provided mine geometry before simulation

See how to talk to your AI agent using Mine Ventilation Network Solver.

Calculate the resistance for an airway that is 100m long, has an area of 15m2, a perimeter of 16m, and a roughness coefficient of 0.02.

The calculated resistance for the specified airway is 0.045.

Check if my mine network geometry is valid for simulation.

The network topology is valid and ready for simulation.

Find the operating point for a fan with the following curve: [{'p': 1000, 'q': 50}, {'p': 800, 'q': 70}] and a system resistance of {'r': 0.5}.

The fan will operate at a pressure of 850 and a quantity of 65.

The engine uses the `solve_network_flow` tool to perform iterative calculations using the Hardy Cross method, ensuring flow continuity and pressure balance.

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