Sample Models

The Human Thermal Comfort Module calculates metabolic rates, blood perfusion energy rates, respiratory heat losses, and skin evaporation.

About the ThermoAnalytics Human Comfort Module

The ThermoAnalytics Human Comfort Module is a collection of user routines and property database that is available under a separate license to operate with RadTherm, RadThermIR or MuSESPro to simulate the thermal response of a human body when exposed to environments with significant thermal loads. The additional biothermal phenomena, including thermoregulatory mechanisms, are fully handled by this module, which functions as a dynamically linked library (DLL).

Use the Thermal Comfort Module to design clothing, aircraft, vehicles, buildings, and safety equipment.

The Human Comfort Module can accurately calculate metabolic rates and blood perfusion energy rates, as well as respiratory heat losses and evaporation from the skin. The module is an active component operating within RadTherm or MuSESPro during the solution process, and it incorporates a localized clothing database. The body core temperature, as well as localized body segment temperatures are accurately predicted; and based on these values, a thermal comfort index using the ASHRAE seven-point scale (-3 to +3), is computed.

Common Applications

The Human Comfort Module is useful for determining the comfort of humans in the design of clothing, aircraft, vehicles, and buildings; and can also be applied to address the safety concerns of humans working in thermally significant environments such as firefighters, pilots, foundry workers, and soldiers. The Human Comfort Module operates with Version 9.0 of RadTherm, RadThermIR and MuSES. For certain applications, such as the Federal Aviation Administration certification of aircraft thermal safety for pilots and passengers, the Human Comfort Module has been validated against the ASHRAE two-node model.


Human Thermal Comfort Sample Models

This sample model uses thermal design to improve the aircraft’s human comfort while reducing the power load on its climate control system.

This sample demonstrates an evaluation of AC pull-down using two different source air temperature profiles and the resulting effects on localized passenger comfort. The Berkeley Comfort Model...

The analysis for this structure involved a prediction of solar loading as well as air circulation patterns throughout the structure. ThermoAnalytics used RadTherm software to determine the need...

A human thermal model demonstrates the effects of solar intensity and ambient temperature. They drink a cup of coffee as the Human Comfort Module simulates their thermal response to the...

One of the most frequent complaints about motorcycles is the engine's heat plume. The plume hits the rider when they're idling in traffic or after getting off the highway. This analysis...


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