MCP For Claude Marketplace
Slab Thickness Design

Slab Thickness Design MCP Connector for Claude

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Calculates required slab thickness, reinforcement, and deflection compliance.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides structural engineering tools to determine concrete slab requirements. It calculates minimum thickness using span-to-depth ratios, determines steel reinforcement needs based on bending moments, and validates deflection compliance. Engineers can also use simulate_edge_condition_impact to see how fixed or free edges affect the design.

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

analyze_reinforcement_needs

Determines the amount of steel reinforcement required to support the bending moments generated by the loads

calculate_minimum_thickness

Determines the baseline thickness required to satisfy span-to-depth ratio requirements and deflection limits

simulate_edge_condition_impact

Evaluates how different edge constraints (like fixed vs. free edges) change the required thickness or reinforcement

verify_deflection_compliance

Validates whether a specific slab design (thickness and span) will stay within the user's allowed deflection limits

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

What is the minimum thickness for a 5m simply supported slab with a 10mm deflection limit?

The minimum thickness required for a 5m simply supported slab to meet a 10mm deflection limit is 250mm.

Calculate reinforcement for a 200mm thick slab, 4m span, 5kN/m² live load, and 30MPa concrete.

The required steel area is 450 mm²/m with a moment capacity of 12.5 kNm.

Will a 150mm thick slab with a 3m span and 4kN/m² load comply with a 15mm deflection limit?

Yes, the design is compliant. The actual deflection is 12.4mm, leaving a margin of 2.6mm.

Use the `calculate_minimum_thickness` tool by providing the span, support type, and your desired deflection limit.

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