Investigation of indoor thermal comfort under transient conditions
Date
2005-02
Authors
Journal Title
Journal ISSN
Volume Title
Publisher
Pergamon-Elsevier Science
Abstract
In industrialized countries about 90% of the time is spent indoors. In indoor, thermal comfort can be basically predicted by the environmental parameters such as temperature, humidity, air velocity and by the personal parameters as activity and clothing resistance. In this study, a mathematical model of thermal interaction between human body and environment was established and the effect of clothing and air velocity was examined under transient conditions. By the developed model, human body has been separated to 16 segments and possible local discomforts are taken into consideration. Using the model, changes in the sensible and latent heat losses, skin temperature and wettedness, thermal comfort indices were calculated. In a hot environment latent heat loss increases by means of sweating. Because of over wetted skin, comfort sense goes worse. Especially, at feet and pelvis skin wettedness reaches maximum level. Sensible and latent heat losses rise and the skin temperature and wettedness decrease with increasing air velocity.
Description
Keywords
Thermal comfort, Transient energy balance model, Indoor conditions, Model, Construction & building technology, Engineering
Citation
Kaynaklı, O. ve Kılıç, M. vd. (2005). "Investigation of indoor thermal comfort under transient conditions". Building and Environment, 40(2), 165-174.