MCP For Claude Marketplace
Consolidating Settlement Model

Consolidating Settlement Model MCP Connector for Claude

A+

Calculates primary and secondary settlement of mine tailings using Terzaghi theory.

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

This MCP server provides specialized geotechnical tools to model the settlement behavior of mine tailings. It implements Terzaghi's consolidation theory to calculate primary consolidation magnitude and progress, and accounts for secondary compression (creep) caused by particle rearrangement. Engineers can use get_primary_settlement to determine initial settlement, get_secondary_compression for long-term creep, get_consolidation_rate to predict settlement velocity, and get_settlement_timeline to generate a complete settlement history over time.

tailingsconsolidationterzaghisettlementgeotechnical-engineering

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

get_primary_settlement

Calculates the total magnitude and progress of primary consolidation at a specific point in time

get_secondary_compression

Calculates the settlement caused by particle rearrangement (creep) after primary consolidation is finished

get_settlement_timeline

Provides a high-level summary of the total settlement over a series of time intervals

get_consolidation_rate

Determines the velocity of settlement at a specific time

See how to talk to your AI agent using Consolidating Settlement Model.

Calculate the primary settlement for a tailings layer with specific properties after 100 days.

The primary consolidation magnitude is 0.45 meters with a degree of consolidation of 85%.

What is the total settlement including secondary compression after the primary phase is done?

The total cumulative settlement is 0.52 meters, consisting of 0.45 meters from primary consolidation and 0.07 meters from secondary compression.

Generate a settlement timeline for the next 500 days.

The settlement timeline shows a rapid primary phase reaching 0.45m by day 150, followed by a slow secondary creep phase reaching 0.52m by day 500.

The model uses the `get_secondary_compression` tool to calculate settlement caused by particle rearrangement (creep) that occurs after the primary consolidation phase is complete.

Related Connectors

Juice Settling Time Predictor

Juice Settling Time Predictor MCP

4 tools Official

Predict juice settling time and solids accumulation using Stokes' law modeling.

A+ View details →
Sedimentation Velocity Dynamics

Sedimentation Velocity Dynamics MCP

4 tools Official

Calculate particle sedimentation coefficients, terminal velocities, and Svedberg constants.

A+ View details →
Reservoir Compaction Model

Reservoir Compaction Model MCP

4 tools Official

Quantifies reservoir deformation, subsidence, and compaction drive.

A+ View details →
Backfill Design Calculator

Backfill Design Calculator MCP

4 tools Official

Design underground mine backfill mixes by calculating cement requirements and curing times.

A+ View details →