Comfort conditioning in Accordance with Physiology of Human Body

ABSTRACT Thermal comfort of human body is governed by the laws of thermodynamics. Physiology of human body is affected by the conditions of air, temperature and humidity. Metabolism and catabolism are to major physiological process associated with human body. Human body behaves as a open thermodynamics system. Thermal comfort can be defined as the condition of mental satisfaction with the surrounding thermal environment. This definition cannot be expressed in terms of mathematical and physical parameters but easy to understand. It means thermal comfort is a multivariable function like relative humidity, Pressure, Temperature, Density of air etc. From this research we have concluded that existing empirical model present significant co-relation of building design and environmental engineering. Despite that comfort model of Fanger based on thermal regulation and heat balance theories of human body presents actual analysis that helps to understand the relation with the thermal variables responsible for thermal comfort and thermal sensation of Human body. Thus, our analysis represents an improvement in human thermal modeling and gives even more information about the environmental impact. In this research, main focus is to study the impact of comfort conditioning on the physiology of human body in the city like Jaipur