MCP For Claude Marketplace
Chain Pillar Design

Chain Pillar Design MCP Connector for Claude

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Calculate stable chain pillar dimensions and stability metrics for longwall mining.

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

This MCP server provides specialized engineering tools for longwall mining stability. It allows engineers to determine required pillar widths using get_pillar_dimensions, assess safety with evaluate_stability, predict surface movement via calculate_subsidence_impact, and model stress distribution with simulate_loading_scenario.

miningstabilitygeotechnicallongwallengineering

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

calculate_subsidence_impact

Predicts the potential surface movement based on the pillar design and seam characteristics

evaluate_stability

Assesses the safety of a proposed pillar design against environmental and operational constraints

get_pillar_dimensions

Determines the required width of a chain pillar based on specific mining geometry and loading conditions

simulate_loading_scenario

Models how the abutment load shifts between yield pillars and chain pillars

See how to talk to your AI agent using Chain Pillar Design.

What is the required pillar width for a 200m panel, 3m extraction height, and 500m depth?

The required pillar width is 45 meters with a stability factor of 1.65.

Is a 30m wide pillar safe for a 400m depth and 4m extraction height if the target safety factor is 1.5?

No, the calculated stability factor is 1.32, which is below your target of 1.5. The risk level is Moderate.

Predict the subsidence impact for a 150m panel, 30m pillar, 3m seam, and 400m depth.

The predicted surface movement is 0.12 meters with a Low risk level.

You can use the `get_pillar_dimensions` tool by providing the panel width, extraction height, and mining depth.

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