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The current situation of climate change related to animal health impacts, overall awareness, mapping of livestock and national policy in these regards are needed an especial scholarly attention in Bangladesh. The national policy primarily fails to deal with the impacts of climate change on animal health and its danger sine it is virtually invisible tha the others harming events such as natural disasters. Therefore, this study addresses some issues generated through an analysis of animal...
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The current situation of climate change related to animal health impacts, overall awareness, mapping of livestock and national policy in these regards are needed an especial scholarly attention in Bangladesh. The national policy primarily fails to deal with the impacts of climate change on animal health and its danger sine it is virtually invisible tha the others harming events such as natural disasters. Therefore, this study addresses some issues generated through an analysis of animal...
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This paper presents a novel simulation system which couples a computational fluid dynamics program with a model of human thermal comfort and thermoregulation. The coupled system is used to predict the performance of a buoyancy-driven natural ventilation strategy for a typical school classroom in the UK. Results of the coupled system are compared with uncoupled (CFD alone) approaches to simulation. These comparisons highlight areas where a coupled modelling approach is likely to be beneficial.
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Numerous studies are in progress to support adaptive models in indoor thermal comfort evaluation and to establish quantitative indexes to allow the subject to optimize his/her comfort conditions. A wide experimental campaign was carried out in moderate environments, such as university classrooms, and a multiple choice questionnaire was elaborated, comprehensive of information for the static and adaptive model proposed by UNI EN ISO 10551, in order to find a correlation between experimental...
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There is much documented material concerning human thermal comfort from the physiological, adaptive and social convention paradigms. Most of these studies have been conducted on limited-occupancy buildings, such as offices and institutions of higher learning in the northern hemisphere and parts of the ASEAN region; the subjects generally being adults and assumed to be in good health. In contrast, limited work appears to have been carried out in regularly occupied buildings like homes and in...
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SUMMARY This work is focused on the evaluation of indoor thermal quality and shows some results of a wider field study in university classrooms. The field study was conducted through physical observations and questionnaires, performed at the same time during the regular lesson time, in a period just before the start of the heating season. The predictions of dissatisfied occupants, based both on Fanger’s heat balance model and on an adaptive approach, were compared to each other. The...
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The air temperature and humidity combined in the enthalpy have a strong impact on the perceived air quality, and perceived air quality determines the required ventilation in ventilation standard. In tropical humid climate, which is mainly characterized by an elevated air temperature and a high relative humidity, obtaining the comfort conditions in the buildings can make by permitting sufficient interior air velocity. Air movements inside a building depend not only on external wind velocity,...
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A program of laboratory studies into thermal comfort requirements is presented. Two studies used groups of 16 subjects over a range of conditions (warm to cool) to investigate the effects of gender over 3h exposures in simulated living room/office environments. It was found that for identical levels of clothing and activity, there were only small differences in the thermal comfort responses of male and female subjects for neutral and slightly warm conditions. For cool conditions, female...
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A field experiment has been carried out to find optimum thermal comfort zone with elementary school children aged 12 yr for seven days during the summer and winter of 1984-1985 in Seoul. Total of 76 children were asked to record their feelings-thermal sensation, humidity sensation and freshness-3 times a day. Thermal Comfort Meters were also used to measure Comfort Temperature and Predicted Percentage of Dissatisfied.
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- Thermal comfort and heat stress
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Artificial Intelligence
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