抄録
In this study, we improved the two-node model of the human body previously proposed to enable the simulation of factors such as skin temperature at the contact area in an unsteady manner by accounting for heat gain by conductive heat flow from floor-heated panels. An analysis that simulates the actual conditions more precisely was made possible by combining a three-dimensional thermal environment evaluation method and the human model. Then, we demonstrated that the average skin temperature after the subject had sat on the floor-heated panel for approximately one hour and the magnitude of the increase in skin temperature at the contact area can be simulated with an error of approximately 1℃ with respect to the experimental results using the model.
