Concrete Heat of Hydration Analyzer MCP Connector for Claude
A+Calculates thermal stress, peak temperature, and cooling needs for mass concrete.
This MCP server provides specialized tools for managing thermal risks in mass concrete construction. It uses an adiabatic temperature rise model to predict how cement hydration affects core temperatures. Engineers can use calculate_peak_temperature to find maximum heat levels, evaluate_thermal_risk to assess cracking potential based on temperature gradients, and determine_cooling_requirements to decide if internal cooling pipes are necessary. The server also includes simulate_mix_design to compare how fly ash replacement impacts the heat profile.
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