MCP For Claude Marketplace
Concrete Recycled Aggregate Adjuster

Concrete Recycled Aggregate Adjuster MCP Connector for Claude

A+

Adjust concrete mix designs for recycled aggregate replacement.

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

This MCP server provides specialized tools to adjust concrete mix designs when replacing natural aggregate with recycled material. It accounts for physical differences like increased water absorption and potential strength loss. Use calculate_mix_adjustments for a full recalculation of water, cement, and air entrainment, or estimate_strength_loss to predict compressive strength reduction. It also includes get_water_compensation for workability adjustments and validate_material_suitability to check if specific aggregate quality meets your target strength requirements.

concreteaggregatemix-designrecyclingcivil-engineering

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

validate_material_suitability

Evaluates if a specific recycled aggregate quality is appropriate for a specific target strength

calculate_mix_adjustments

Provides a comprehensive recalculation of the mix design components

estimate_strength_loss

Predicts the potential reduction in compressive strength caused by the use of recycled aggregates

get_water_compensation

Calculates only the water adjustment needed to maintain workability

See how to talk to your AI agent using Concrete Recycled Aggregate Adjuster.

Calculate the mix adjustments for a 30 MPa concrete with 30% recycled aggregate replacement, 5% water absorption, and high quality aggregate.

To maintain 30 MPa with 30% replacement, you need an additional 4.5 L/m³ of water, a 4.2% increase in cement, and an air entrainment adjustment of -0.5%.

What is the estimated strength loss for 40 MPa concrete if I replace 20% of the aggregate with medium quality recycled material?

The estimated strength will be 36.8 MPa, resulting in a total loss of 3.2 MPa.

Is low quality recycled aggregate suitable for a 45 MPa target strength?

No, aggregate is unsuitable for high-strength applications at this quality level.

Recycled aggregates often have higher porosity, which can lead to strength reduction. You can use `estimate_strength_loss` to predict this impact based on the replacement percentage and material quality.

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