MCP For Claude Marketplace
Tile Drain Spacing Calculator

Tile Drain Spacing Calculator MCP Connector for Claude

A+

Calculate optimal tile drain spacing and water table drawdown dynamics.

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

This MCP server provides specialized tools for agricultural drainage design. Use get_steady_state_spacing to determine the lateral distance between drains based on soil hydraulic conductivity and drainage requirements. Use get_transient_drawdown_rate to model how quickly the water table recedes, and estimate_time_to_target_depth to predict when the water table will reach a specific depth. The server also includes validate_design_parameters to ensure your proposed drainage layout is physically and mathematically consistent.

drainagesoilwater-tableagriculture-techhydrology

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

get_transient_drawdown_rate

Calculates how quickly the water table will drop toward the drain level after a drainage event

validate_design_parameters

Checks if a set of proposed drainage design parameters is physically and mathematically consistent

estimate_time_to_target_depth

Predicts the time required for the water table to reach a specific desired depth

get_steady_state_spacing

Determines the optimal distance between drains required to maintain a specific water table level under constant inflow

See how to talk to your AI agent using Tile Drain Spacing Calculator.

What is the optimal spacing for drains if the hydraulic conductivity is 1.5 m/day and the drainage coefficient is 0.01 m/day, with a drain depth of 1.2m and effective radius of 0.05m?

The calculated optimal spacing for these soil conditions is 42.5 meters.

How long will it take for the water table to reach 0.5m depth from an initial depth of 0.2m, given a spacing of 30m, conductivity of 1.0 m/day, drain depth of 1.0m, radius of 0.05m, and double drainage?

The water table will reach the target depth of 0.5m in approximately 4.2 days.

Is a design with 2m drain depth, 50m spacing, and 1m barrier depth valid?

Yes, the proposed design parameters are physically and mathematically consistent.

You can use the `get_steady_state_spacing` tool. Provide the soil's hydraulic conductivity, the required drainage coefficient, the drain depth, and the effective radius of the pipe.

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