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1982
It has been shown in a previous chapter that the value of skin temperature at a given point is the result of an equilibrium between heat received from the body core, mainly via the blood, and heat lost into the environment. In turn, skin temperature is one of the most important factors determining the transfer of detectable heat.
Y. Houdas, E. F. J. Ring
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It has been shown in a previous chapter that the value of skin temperature at a given point is the result of an equilibrium between heat received from the body core, mainly via the blood, and heat lost into the environment. In turn, skin temperature is one of the most important factors determining the transfer of detectable heat.
Y. Houdas, E. F. J. Ring
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1975
Under hot conditions the amount of heat that can be lost through sensible channels is limited. Moreover, when the dry bulb temperature and the radiant temperature are above body temperature there is a net gain of heat. Evaporative heat loss therefore becomes progressively more important for the maintenance of body temperature as the ambient temperature
D. L. Ingram, L. E. Mount
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Under hot conditions the amount of heat that can be lost through sensible channels is limited. Moreover, when the dry bulb temperature and the radiant temperature are above body temperature there is a net gain of heat. Evaporative heat loss therefore becomes progressively more important for the maintenance of body temperature as the ambient temperature
D. L. Ingram, L. E. Mount
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1984
The thermal environment affects humans and the temperature patterns on their skin surface through the transfer processes between their bodies and surroundings. The physical processes involved are basically the same both outdoors and indoors but their relative magnitude is dependent on the conditions.
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The thermal environment affects humans and the temperature patterns on their skin surface through the transfer processes between their bodies and surroundings. The physical processes involved are basically the same both outdoors and indoors but their relative magnitude is dependent on the conditions.
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Total heat loss, evaporative heat loss and non-evaporative heat loss of low birthweight infants
European Journal of Obstetrics & Gynecology and Reproductive Biology, 1982A. Okken, C. Blijham
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Nordic Seas Heat Loss, Atlantic Inflow, and Arctic Sea Ice Cover Over the Last Century
Reviews of Geophysics, 2022Lars H Smedsrud +2 more
exaly
A framework to estimate heat energy loss in building operation
Journal of Cleaner Production, 2019Mohammad K Najjar +2 more
exaly