MCP For Claude Marketplace
Tubing Stress Analysis

Tubing Stress Analysis MCP Connector for Claude

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High-fidelity structural integrity and movement analysis for oil and gas completion tubing.

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

This MCP server provides specialized tools for analyzing the structural integrity of downhole completion strings. It performs triaxial stress analysis to calculate von Mises stress and safety factors, ensuring tubing can withstand combined axial, radial, and hoop loads. Users can predict axial displacement by accounting for thermal expansion and the ballooning effect. Additionally, it assesses buckling risk under compressive loads and generates high-level compliance reports using get_safety_summary to verify safety margins.

tubingstress-analysisvon-misesbucklingcompletion-engineering

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

calculate_tubing_movement

Predicts the total axial displacement of the tubing string

evaluate_buckling_risk

Assesses the likelihood of the tubing column buckling under compressive loads

get_safety_summary

Provides a high-level compliance report against standard safety margins

analyze_triaxial_integrity

Determines if the tubing can withstand the combined loads without yielding

See how to talk to your AI agent using Tubing Stress Analysis.

Perform a triaxial stress analysis for tubing with 5-inch OD, 4.276-inch ID, 0.362-inch wall, and 80,000 psi yield strength under 10,000 psi internal and 5,000 psi external pressure.

The von Mises stress is 42,500 psi, resulting in a safety factor of 1.88. The status is pass.

Calculate the tubing movement for a 10,000 ft string with a temperature change from 60F to 150F.

The total axial displacement is 12.45 feet, consisting of 15.2 feet of thermal expansion and -2.75 feet of ballooning effect.

What is the buckling risk for a tubing string with a 15,000 lb compressive load in a 7-inch wellbore?

The buckling critical load is 22,000 lbs. The current risk level is low, and the tubing is not buckled.

The `calculate_tubing_movement` tool incorporates temperature profiles to calculate thermal expansion or contraction as part of the total axial displacement.

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