MCP For Claude Marketplace
Concrete Corrosion Predictor

Concrete Corrosion Predictor MCP Connector for Claude

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Estimates reinforcement corrosion rates, spalling time, and remaining service life.

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

This MCP server provides specialized tools for structural health monitoring. It allows AI agents to calculate the instantaneous corrosion rate using calculate_corrosion_rate, predict when physical damage will occur with predict_spalling_time, and estimate the total remaining service life using estimate_remaining_service_life. It also evaluates the effectiveness of protective measures via evaluate_protection_efficiency based on concrete resistivity, chloride content, and material quality.

concretecorrosionstructural-healthcivil-engineeringpredictive-modeling

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

predict_spalling_time

Estimates the time elapsed from the start of corrosion until physical damage (spalling) occurs

calculate_corrosion_rate

Determines the instantaneous corrosion rate of the reinforcement based on environmental and material conditions

estimate_remaining_service_life

Calculates the remaining useful life of the structure before it reaches a critical structural limit

evaluate_protection_efficiency

Assesses how effectively current coatings and concrete quality are mitigating corrosion risk

See how to talk to your AI agent using Concrete Corrosion Predictor.

What is the estimated corrosion rate for concrete with 5.0 Ωm resistivity, 2% chloride content, 25°C temperature, 60% humidity, and Standard quality?

The estimated corrosion rate is 0.045 mm/year, which is classified as a moderate rate.

How many years until spalling occurs if the corrosion rate is 0.05 mm/year and the cover depth is 40 mm with Porous concrete?

The predicted time until spalling occurs is 12.5 years, representing an elevated risk level.

Calculate the remaining service life for a 10-year-old structure with a 0.03 mm/year corrosion rate, 20mm initial steel section, and a 15% critical loss threshold.

The remaining service life is 33.3 years, with a total expected life of 43.3 years. The current structural integrity is rated as fair.

The `calculate_corrosion_rate` tool uses concrete resistivity, chloride content, temperature, humidity, and concrete quality to determine the electrochemical degradation speed.

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