Shotcrete Thickness Design

Shotcrete Thickness Design MCP Connector for Claude

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Calculates required shotcrete thickness, reinforcement, and application layers for ground support.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized tools for designing shotcrete ground support in mining and tunneling environments. It calculates the get_minimum_thickness required based on rock mass quality and excavation span. It also identifies necessary reinforcement types using calculate_reinforcement_requirements and suggests optimal application methods via determine_layer_configuration. Finally, it ensures safety compliance through validate_support_design to confirm the design meets structural requirements for the specific span.

shotcreteground-supporttunnelingmining-engineeringstructural-design

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

calculate_reinforcement_requirements

Identifies the necessary type and amount of reinforcement needed to meet support requirements

determine_layer_configuration

Suggests the optimal method for applying the shotcrete (single vs. multi-layer)

get_minimum_thickness

Determines the baseline shotcrete thickness required based on rock quality and opening width

validate_support_design

Performs a final check to ensure the combination of thickness and reinforcement meets the safety threshold for the given span

See how to talk to your AI agent using Shotcrete Thickness Design.

What is the minimum shotcrete thickness needed for a 5 meter span in poor rock conditions?

The minimum thickness required for a 5 meter span in poor rock conditions is 150mm.

What reinforcement is needed for a 120mm thickness with standard support requirements?

For a 120mm thickness with standard support, fiber reinforcement is recommended with a low density.

Suggest a layer configuration for 250mm of total thickness using mesh reinforcement.

For 250mm of mesh-reinforced shotcrete, you should apply 2 layers of 125mm each to ensure full encapsulation of the mesh.

You can use the `get_minimum_thickness` tool by providing the rock condition (e.g., 'Good' or 'Poor') and the span of the excavation in meters.

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