MCP For Claude Marketplace
Ground Freezing Design

Ground Freezing Design MCP Connector for Claude

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Engineering tool for calculating freeze-wall formation parameters for shaft and tunnel excavations.

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

This MCP server provides specialized engineering calculations for artificial ground freezing (AGF) projects. It allows AI agents to design stable ice barriers for shaft and tunnel excavations by calculating optimal pipe layouts, predicting freezing durations, determining refrigeration loads, and verifying structural stability. Use get_freeze_pipe_layout to determine pipe spacing, estimate_freezing_time to predict process duration, calculate_refrigeration_load for cooling requirements, and validate_structural_stability to ensure the ice wall can withstand hydrostatic and earth pressures.

ground-freezingexcavationcivil-engineeringthermal-analysisgeotechnical-engineering

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

calculate_refrigeration_load

Determines the total cooling capacity required to maintain the ice wall against ground heat and water flow

estimate_freezing_time

Predicts how long it will take for the ice wall to reach the required thickness and stability

get_freeze_pipe_layout

Determines the optimal arrangement and distance between freeze pipes to ensure a continuous ice barrier

validate_structural_stability

Checks if the designed ice wall can withstand the external pressures at the excavation depth

See how to talk to your AI agent using Ground Freezing Design.

What is the optimal pipe spacing for a shaft with a 5m radius, soil thermal conductivity of 2.5 W/mK, and a target wall thickness of 2m?

The optimal pipe spacing for your shaft is 1.2 meters, requiring a total of 26 pipes for the perimeter.

How long will it take to form a 2m thick ice wall if the pipe spacing is 1.5m, soil latent heat is 334 kJ/kg, and groundwater velocity is 0.01 m/s?

The estimated freezing time is 450 hours with a 95% confidence interval.

Calculate the refrigeration load for 30 pipes with a groundwater velocity of 0.02 m/s and a ground temperature of 10°C for a 300-hour duration.

The required cooling capacity is 150 kW with a peak load of 185 kW.

You can use the `get_freeze_pipe_layout` tool, providing the excavation geometry, soil thermal conductivity, and target wall thickness.

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