MCP For Claude Marketplace
Proppant Transport Model

Proppant Transport Model MCP Connector for Claude

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Simulates proppant settling and concentration within hydraulic fractures.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized tools for modeling proppant transport during hydraulic fracturing. It allows AI agents to calculate calculate_settling_velocity for specific particles, predict the calculate_concentration_profile across fracture lengths, and estimate the calculate_bank_height at the bottom of the fracture. For a complete overview of the transport state, use simulate_transport_dynamics to aggregate settling and concentration data into a single summary.

fracturingproppantfluid-dynamicspetroleumtransport-modeling

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

calculate_bank_height

Estimates the thickness of the accumulated proppant bed at the bottom of the fracture

calculate_concentration_profile

Predicts the distribution of proppant concentration across the fracture

calculate_settling_velocity

Determines the speed at which a specific proppant particle falls through a given fluid

simulate_transport_dynamics

Provides a high-level overview of the transport state by combining settling and concentration data

See how to talk to your AI agent using Proppant Transport Model.

What is the settling velocity for a proppant with density 2650, diameter 0.0005, fluid viscosity 0.1, and fluid density 1000?

The calculated settling velocity for the specified proppant is 0.025 m/s.

Estimate the proppant bank height for a fracture with width 0.05, height 0.1, concentration 0.2, and volume fraction 0.6.

The estimated height of the accumulated proppant bed is 0.02 meters.

Provide a transport summary for a fluid with power-law rheology and proppant data with density 2600 and diameter 0.0004, in a fracture of 100x0.05x0.1.

The transport summary shows an average settling velocity of 0.022 m/s, a peak concentration of 0.25, and an estimated bank height of 0.015 meters.

You can calculate proppant settling velocity, the concentration profile along the fracture, the height of the proppant bank, and a complete transport summary using `simulate_transport_dynamics`.

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