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Abstract : <br /> <br /> <br /> This research presents a theoretical thermal model of the human body derived from the multicompartment thermal model of Stolwijk (1970). The modification of the Stolwijk model is to include the clothing covering the skin. The thermal model of the bo...
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id-itb.:88752017-09-27T15:45:34Z#TITLE_ALTERNATIVE# Farida Idealistina Muchtadi, Ny. Indonesia Dissertations INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/8875 Abstract : <br /> <br /> <br /> This research presents a theoretical thermal model of the human body derived from the multicompartment thermal model of Stolwijk (1970). The modification of the Stolwijk model is to include the clothing covering the skin. The thermal model of the body is divided on 25-31 compartments in accordance with the existance of a clothing layer on each compartment. The thermal sensation is correlated by the heat needed to produce thermal equillibrium at the compartment, was based on Fangers thermal index. <br /> <br /> <br /> <br /> The heat load on the compartment [I,3] is SCI,J] and it will causes the compartment temperature to deviate from the initial value, based on the first order non-linier. <br /> text |
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Abstract : <br />
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This research presents a theoretical thermal model of the human body derived from the multicompartment thermal model of Stolwijk (1970). The modification of the Stolwijk model is to include the clothing covering the skin. The thermal model of the body is divided on 25-31 compartments in accordance with the existance of a clothing layer on each compartment. The thermal sensation is correlated by the heat needed to produce thermal equillibrium at the compartment, was based on Fangers thermal index. <br />
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The heat load on the compartment [I,3] is SCI,J] and it will causes the compartment temperature to deviate from the initial value, based on the first order non-linier. <br />
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Farida Idealistina Muchtadi, Ny. |
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