MCP For Claude Marketplace
Fin Pressure & Stress Analyzer

Fin Pressure & Stress Analyzer MCP Connector for Claude

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Calculates hydrodynamic pressure, base stress, and structural break risk for aquatic fins.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides precise hydrodynamic and structural analysis for aquatic fins used in surfing or kiteboarding. It allows AI agents to calculate the total pressure acting on a fin surface using calculate_fin_pressure, determine the mechanical stress at the attachment point with analyze_base_stress, and assess structural integrity via evaluate_break_risk. For a complete overview of a specific configuration, use summarize_fin_performance to receive a consolidated report including pressure, stress, and safety factors.

hydrodynamicsstress-analysisfin-designstructural-mechanicsaquatic-engineering

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

analyze_base_stress

Calculates the structural stress exerted at the attachment point where the fin meets the board

calculate_fin_pressure

Determines the total hydrodynamic pressure acting on the fin surface

evaluate_break_risk

Assesses the likelihood of structural failure based on material properties and calculated stress

summarize_fin_performance

Provides a consolidated report of all physical impacts on the fin for a given scenario

See how to talk to your AI agent using Fin Pressure & Stress Analyzer.

Calculate the pressure for a 50cm² fin moving at 5m/s with a 15 degree edging angle.

The hydrodynamic pressure acting on the fin is 1250.5 Pa.

What is the break risk for a Carbon Fiber fin with 500 N/m² of stress at the base?

The risk level is Low with a safety factor of 4.2.

Summarize the performance for a 60cm² fin at 6m/s, 20 degree edging angle, using EPOXY_RESIN.

Pressure: 2100.0 Pa, Stress at Base: 850.0 N/m², Risk Level: Moderate, Safety Factor: 1.8.

The tools account for fin cant and toe-in to accurately calculate the effective angle of attack and the resulting bending moment at the base.

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