MCP For Claude Marketplace
Surface Tension Calculator

Surface Tension Calculator MCP Connector for Claude

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Calculates surface tension, capillary rise, and work of cohesion.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized tools for fluid dynamics analysis. It allows AI agents to calculate the effective surface tension of liquids using calculate_surface_tension, determine vertical capillary rise with calculate_capillary_rise, compute the energy required for surface separation via calculate_work_of_cohesion, and interpret liquid-surface interactions using analyze_wetting_behavior.

fluid-dynamicssurface-tensioncapillary-actionphysics-toolschemistry

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

analyze_wetting_behavior

g., Perfect Wetting, High Wettability) based on the contact angle. Interprets the contact angle to describe how the liquid interacts with the tube surface

calculate_surface_tension

Determines the effective surface tension of a liquid, accounting for the presence of surfactants

calculate_capillary_rise

Calculates the vertical height a liquid will rise in a specific tube

calculate_work_of_cohesion

Calculates the energy required to separate the liquid surface

See how to talk to your AI agent using Surface Tension Calculator.

What is the capillary rise for water with a surface tension of 0.072 N/m, density of 1000 kg/m³, and a tube radius of 0.001 m with a contact angle of 0 degrees?

The capillary rise for the water in a 1mm radius tube is approximately 0.0353 meters.

Calculate the work of cohesion for a liquid with a surface tension of 0.05 N/m.

The work of cohesion for the liquid is 0.05 J/m².

How would a liquid with a contact angle of 150 degrees interact with a surface?

A liquid with a contact angle of 150 degrees is categorized as Non-Wetting.

You can calculate effective surface tension, capillary rise height, work of cohesion, and analyze wetting behavior based on contact angles.

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