MCP For Claude Marketplace
Corrosion Kinetics Engine

Corrosion Kinetics Engine MCP Connector for Claude

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Calculates corrosion current, material loss rates, and analyzes Evans diagrams from electrochemical data.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized tools for electrochemical analysis. It connects AI agents to kinetic calculations using the Stern-Geary equation. Use calculate_corrosion_current to determine instantaneous current density from Tafel slopes and polarization resistance. Use calculate_corrosion_rate to convert electrical current into physical material loss. The engine also includes analyze_evans_diagram to evaluate kinetic feasibility and get_polarization_resistance_metrics for temperature-normalized resistance values. It is compatible with Cursor, VS Code, Claude Desktop, and Windsurf.

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

analyze_evans_diagram

Evaluates the relationship between anodic and cathodic branches to check for kinetic feasibility

calculate_corrosion_current

Determines the instantaneous corrosion current density based on Tafel extrapolation

calculate_corrosion_rate

Converts electrical current density into a physical material loss rate

get_polarization_resistance_metrics

Validates and retrieves resistance metrics used for further kinetic calculations

See how to talk to your AI agent using Corrosion Kinetics Engine.

Calculate the corrosion current density if the anodic Tafel slope is 0.12, cathodic Tafel slope is 0.15, and polarization resistance is 500 ohms.

The corrosion current density is 0.00148 A/cm².

What is the corrosion rate for a current density of 0.002 A/cm², a material density of 7.87 g/cm³, and an equivalent weight of 27.92?

The corrosion rate is 0.00057 g/cm² per unit time.

Check the equilibrium of an Evans diagram with anodic current 1.2, cathodic current 1.2, and corrosion potential 0.5.

The system is in equilibrium.

To use `calculate_corrosion_current`, you must provide the anodic Tafel slope, the cathodic Tafel slope, and the measured polarization resistance.

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