MCP For Claude Marketplace
Ground Improvement Design

Ground Improvement Design MCP Connector for Claude

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Technical design for soil improvement methods including stone columns, vibro-compaction, and grouting.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized geotechnical engineering tools to design ground improvement strategies. It allows engineers to calculate technical parameters for various methods such as calculate_stone_column_design for cohesive soils, calculate_vibro_compaction_design for granular soils, and calculate_grouting_design for injection-based improvements. You can also use validate_improvement_feasibility to determine the most appropriate method based on soil properties like cohesion, permeability, and bearing capacity requirements.

soilgeotechnicalengineeringconstructionfoundation

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

calculate_grouting_design

Determines the injection parameters for cementitious or chemical grouting

calculate_stone_column_design

Determines technical parameters for improving soft cohesive soils using stone columns

calculate_vibro_compaction_design

Determines the design for densifying granular soils via vibration

validate_improvement_feasibility

Provides a high-level check to see if a specific method is appropriate

See how to talk to your AI agent using Ground Improvement Design.

Is vibro-compaction suitable for a cohesive soil with a required bearing capacity of 200 kPa?

No, vibro-compaction is intended for granular soils. For cohesive soils, stone columns or grouting would be more appropriate.

Calculate the design for stone columns in a soil with 30 kPa cohesion, 25 degree friction angle, and 100 kPa modulus, needing 250 kPa bearing capacity and 25 mm settlement limit with a 0.2 replacement ratio.

The stone column design requires an improvement depth of 8.5m and a column spacing of 1.8m to meet the target replacement ratio and bearing capacity requirements.

What are the injection parameters for grouting in soil with 1e-5 m/s permeability?

The grouting design requires an injection spacing of 1.2m and a replacement ratio of 0.05 to achieve the required soil stiffness.

The tools support both cohesive and granular soils. You can use `validate_improvement_feasibility` to check which method is best for your specific soil type.

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