Thermal comfort essay

Both rational and adaptive thermal comfort approaches are presented. An overview of the human body thermoregulatory system as well as the mathematical modelling of heat exchanged between human body and its environment in the situations of both awaked and sleeping people is presented. convective heat loss (W/m 2) evaporative heat loss (W/m 2)

Thermal comfort in animals can affect productivity, and studies have shown a reduction in certain biological functions in the presence of extreme temperatures. Sheep in particular have shown a reduced ability to digest food when in a state of thermal discomfort, so addressing this issue may lead to higher yields.

Thermal comfort is a concept that is tied to an individual's satisfaction with his or her indoor environment. For a person to feel thermal comfort, he must be neither too cold or too hot. Since this type of comfort can be affected by both internal and external factors, not every person will be comfortable in the same environment.

An ideal humidity level is about 45 percent. Thermal comfort is a concept that is tied to an individual's satisfaction with his or her indoor environment. For a person to feel thermal comfort, he must be neither too cold or too hot.