Thermal Environment Prediction

Thermal Environment Prediction MCP Connector for Claude

A+

Predicts thermal conditions and heat stress in underground excavations.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides tools to model the thermal environment in underground mines and tunnels. It calculates air temperature profiles, humidity levels, and physiological heat stress indices by accounting for rock heat flux, ventilation rates, equipment heat loads, and seasonal variations. Use predict_air_temperature_profile to map temperature changes, predict_humidity_levels for moisture analysis, calculate_heat_stress_index for worker safety, and get_seasonal_rock_temperature to adjust for seasonal shifts.

thermalminingventilationheat-stressgeotechnical

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

get_seasonal_rock_temperature

Adjusts the base rock temperature based on the time of year

predict_air_temperature_profile

Calculates the distribution of air temperature along a specific section of the excavation

predict_humidity_levels

Determines the relative humidity at a specific point within the excavation

calculate_heat_stress_index

Evaluates the physiological risk to workers based on the local environment

See how to talk to your AI agent using Thermal Environment Prediction.

What is the predicted air temperature profile for a 50m tunnel section with a rock temperature of 30°C, ventilation rate of 100 m3/s, and equipment heat load of 50kW?

The air temperature starts at 30.5°C at the entrance and increases to 32.2°C at the 50m mark.

Calculate the heat stress index for an environment with 35°C temperature, 70% humidity, and 0.5 m/s air velocity.

The heat stress index is 8.5, which indicates a High risk level.

What will the adjusted rock temperature be if the base temperature is 25°C and it is currently Summer?

The adjusted rock temperature for Summer is 28°C.

The `get_seasonal_rock_temperature` tool adjusts the base rock temperature using seasonal offsets to reflect surface temperature variations.

Related Connectors